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·Indian Central Cotton Committee Technological Laboratory, The Results of Spinning Tests on Standard Indian Cottons : Prefaced by a Descriptive Note on the Conduct of Spinning Tests in the Technological Laboratory. I. GENERAL. The tests on Standard Indian Cottons have been undertaken with a number of objects in view .- (1) The primary reason for making these tests was to obtain as full information as possible about the Standard Indian Cottons, both as to their fibrc characters and their spinning capacities. (2) Another important reason for making these tests was the necessity for having a series of standards by which to judge other cottons This is particularly desirable for new cottons produced by cotton breeders, and as no spinning test standards are generally available at has been necessary for the Technological Laboratory to prepare its own standards. (3) As it is a matter of very considerable importance as to what is the minimum weight of cotton on which a satisfactory spinning test can be carried out, the opportunity has been taken in the course of these tests to examine the question. (4) It appeared that such series of tests on standard cottons would be of interest both to those concerned in cotton growing and also to those concerned in cotton manufacture. The results of these tests are accordingly now being published.

·2 The cottons such have been chosen in the first instance as Standard Indian Cottons are those, more or less, recent Agricultural Department «clections which have passed into ortended cultivation These are the following Seasons - 2 1 D'orar la thumpti (21thurwr Inercin, Corat in VII 1923-24 1924-25 12., 10-23 1'>23-24 1924-25 PATIT Inn211 1024-25 1923-24. 1924-25. 1934-25 . 1914-23 1927-25 1921-23 1921-25 1 . 4 1.terns) Hart. 271 277-793/ St-zor 'tr-Er01 ft-06: tr-rot Sr-1763 17-765 $1 ·S As stated above, in the course of these tests on the standard cottons an answer has been sought to the question What is the minimum weight of cotton necessary for a trustworthy spinning test? Attention was drawn to this in the previous note, where it was pointed out that when tests of new cottons are being made, only small samples of cotton are available, and yet it is most desirable to have a spinning test made at as early a stage as possible. A cotton breeder grows a number of strains at one time: he has neither the time nor the staff nor the land available for growing large quantities of all his strains At a certain stage, therefore, he cannot continuc to multiply all of them, for this purpose he has to select some and rejcct the others. Evi. dently his work will be tremendously facilitated if a reasonably accurate spinning test of his cotton can be made when only about 10 lbs. of lint of any given strain are available, and he will be correspondingly hampered if a demand is made for at least 100 lbs. of lint for the spinning test. It must be remembered that the value of the spinning test lies entirely in its being a guide to the quality of the cotton, and therefore to its market value. But the spinning test by itself does not enable the cotton breeder either to rctain or reject any given strain, for this is only one side of the question from an agricultural standpoint. The ultimate test of any variety is the average monetary return which it yields per acre under perfect marketing conditions, This involves two factors, viz., the spinning value of thc cotton, and the yield of ginned cotton per acre. These factors depend on a number of plant characters many of which are imperfectly understood, so that cxtended ..4 tests are necessary before any variety can be brought to the notice of culti. vators In these circumstances the value of the spinning test lies in the help it affords the breeder when classifying his strains into: (1) Strais. worth multiplying and extended field-testing: (z) Strains worth furt).on study: (3) Strains not worth multiplying. By acting according, 101.: classification in the following season he will obtain for the spinner tages larger quantities of the cottons of class(1), while by simply maintaiseur not multiplying in the succeeding season the cottons of class (2)#2413) he will obtain sufficient lint of these to allow of repeat small as Inglaterry tests, the results of which will serve to check the conclusions for travers season's crops. It is important to notice that no final decision 2291747.61 of any given type would be based on the results of a spinnir.s, 16:9, 10;. 99,176, weight of cotton lint for a single season. The whole qumeseros tiene resolves itself into this: Are the results from tests on a 14-15, 343. Vir of cotton sufficiently trustworthy to be used as a guide in u: tm : above? An affirmative answer to this question is provided by the saying of tests described in the present report.

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·5 the duplicate lot (any sample submitted is normally spun in duplicate lots) another 10 test bobbins are taken from spindles 73–82. The same spindles are used to provide the test bobbins for every sample Records are maintained for each spindle separately both as to theyarn breakages sustained on it, and as to the yarn tests themselves It may be thought that this method is unduly favourable to the cotton But it has to be remembered that the spinning test is above all other things a test of the sample of cotton, and for this reason it is essental to keep the treatment in the machinery as constant and as inuch under control as possible By testing only the bobbins from selected spindles it is possible to check whetherthe spindles are working truly or not. By the system adopted at the Technological Laboratory it is at least ensured that all samples are compared under as similar conditions as possible so far as the machinery is concerned That this is most desirablc in the conduct of spinning tests on cotton can hardly be gainsaid From these considerations the conclusion is therefore drawn that on the whole it is to be expected that the results obtained in the Technological Laboratory will approximate to those obtained under the best mill conditions As previously mentioned, these tests on the standard cottons were arranged so as to furnish definite information as to whether satisfactory spinning tests could be made on small samples For this purpose the various cottons were generally tested in a number of lots having the following initial weights: 100 lbs., 10 lbs., 5 lbs (2 lots), 2 lbs. (2 lots). It appeared that it was only by such series of tests that it would be possible to obtain definite knowledge as the degree of reliability of tests on small samples. II. DETAILS OF SPIXXIXG TESTS. The machines normally used for the spinning tests are listed below, together with certain details as to speeds, etc., at which the machines arc run- Blow Room Maskinery. RPM ·6 Card Room and Spinting Machinery (5) Two Revolving Flat Cards Cylinder speed formerly (up to Sample No 56) 190 R.P.M., now 160 RPM Doffer speed 14 RPM Flat speed formerly (up to Sample No 56) 4 inches per miaute now 3 inches per minute (6) One set of Drawing Frames Front roller speed 350 RPM Front roller diameter 1 3/16 inch (7) One Slubbing Frame (36 spindles) Front roller speed 210 RPM Front roller diameter 1 inch Spindle speed 550 R P.M (8) One Intermediate Trame (50 spindles). Front roller speed 156 R PM Front roller diameter 1 1/16 inch Spindle speed 780 R.PM (9) One Roving Frame (64 spindles). Front roller speed 132 R.P Front roller diameter 2 inch Spindle speed 1160 R P.M. (10) Two Twist Ring Frames (48 spindles each). Particulars are given in the tables for each sample separately. In order to preserve a uniform basis of comparison all yarns are spun with a medium degree of twist only, the twist constants employed being 3.75, 4,4 25. So far as the sample supplied will permit, it is first spun into yarn of 20's counts with the twist constant 3.75. If the results in this count justify it, the cotton is then spun into either 30's or 40's yarns, or both, with one or both the other twist constants Cottons of very poor staple, however, arc spun at once into ro's counts with the twist constant 4, and other possible counts decided upon from the results for the ro's In short, then, it may be stated that a cotton is spun into yarns of 20's, 30's or 40's counts with one or other of the appropriate twist constants, but very poor cotton is spun into To's and neighbouring counts The actual spinnings must depend upon the preliminary tests: in some cases 20's garnis spun with the 3.75 twist constant, 30's yarn with the 4 twist constant, and 40's yarn with the 4.25 twist constant. A less good cotton may be spuninto 20's yarn with the 3.75 twist constant, 30's yarn with the 4 twist constant, and 30's yarn again with the 4.25 twist constant. The normal practice in any case is to make spinnings of three types of yarn. Spinning tests are ordinarily made in duplicate. From the consideration of the results of these duplicate tests it is possible to form a fairly'accurate idea of the highest counts of warp yarn of moderato twist for which the given sample is suitable. In arriving at this conclusion duc weight is given to the performance of the sample during the various ·7 spinning processes, to the number of yarn breakages per ounce of yarn spun on the ring frame, and to the yarn test results, chiefly those for counts, Ica Strength and twist. The following table shows the standard breaking loads which have been adopted for various counts of yarn subjected to the lea test Counts Up to 14.. 16. 18 20.. 22. 24 26 28. 30. 32 3+ 36. 38. 40. Breaking load. Ibs .90 .81 .73 .67 .62 58 .54 .44 42 -40 .39 An account may now be given of the detailed treatment of samples during the spinning test, with particular reference to small samples. Normally the cotton is passed through the lattice feeder, which feeds direct to the Crighton opener; the material is collected after passing through the Crighton and is then passed through this machine a second time, being fed by hand. On again emerging from the Crighton the material is collected, and then fed by hand to the hopper fecder, from which it falls on to the feed-lattice of the scutcher. It is at this point that one of the main difficulties in the treatment of small samples is encountered With a small sample it is not possible to keep the hopper full throughout the whole or even the major portion of the operation, so that when the emerging cotton falls on to the scutcher lattice it gradually thins out as the amount of cotton in the hopper diminishes. In order to avoid irregularities from this cause the cotton is evened out on the scutcher lattice by hand. It then passes through the scutcher and the lap is formed. This lap is of course irregular at its two ends Even with a 5-lbs. sample four laps are made, as it is found that better results can be obtained in this way than by making one lap and folding it on itself for further scutching. The four laps are then unrolled one above the other on the scutcher lattice and again passed through the scutcher. This process is repeated once again, the three passages through the scutcher corresponding with opener, intermediate and finisher scutchers. As a result of the method of treatment adopted it is only the two ends of the finisher lap which are irregular In the subsequent treatment the material of these end ·8 portions is carcfully kept aside, and tests made only on the central portions, which alone represent thc normil matcrial as it would be obtained it the cotton were being treated in bulk. In all the subsequent stage special attention is given to this point, in order that the test bobbins finally obtained shall be truly representative of what would be obtained with bulk spinning. In the card, therefore, the first and last portions of the sliver are not used for rovings for the test bobbins, but in order to make the determinations of waste as accurate as possible, the rejected portions of slives are passed through the subsequent machinery separately, and their weights included at each stage It is the necessity for rejecting such portions of the material which in effect fixes the lower limit of the weight of the sample. It may be added that a 2 lbs sample is the minimum which can be spun satisfactorily in the different counts, at any rate with the present procedure. Even in this case it has sometimes been found impossible to avoid using a small portion of the rather finer card sliver which, as already stated, it would be better not to use in the preparation for the test bobbins. Moreover, it is only possible to spin four instead of ten test bobbins in each count for the 2 lbs. sample. All things considered, therefore, the tests on these samples can hardly be regarded as so satisfactory in general as the tests on samples weighing 5 lbs. and upwards. Nevertheless, as will appear later in this note, It has not been found possible to justify this conclusion by reference to the actual results for the 2-1bs samples bere reported on. The normal procedure after carding the material is to pass it through two heads of drawing. The material is then passed through the slubbing, intermediate, and roving frames, and spun with single hank roving in the ring frame. For the better class cottons the drafts from the card onwards are so arranged that the draft for the yarn of 30's counts is about 6 The practice hitherto has been to obtain different counts merely by changing the draft in the ring frame. While this expedient ay not be entirely satisfactory it has the practical advantage of saving much time in making changes on the preparatory machinery, with all the testing of wrappings which would otherwise be necessary. It is possible therefore that only the medium counts can be regarded as having been spun under the most favourable conditions. As the matter is one of someimportanceitis proposed to investigate the point for a number of standard cottons. The actual drafts which have been used, together with other ring frame particulars, are given in the tables relating to each sample reported on From these particulars various deductions about the spinning operation can readily be drawn if desired, Thus, from the front roller speed (column 12) and the roller diameter (column ·9 13), it is a simple matter to calculate the theoretical production. In most cases the figures for actual production of the highest count spun are also given, so that the spinning efficiency for this count (where the spinning efficiency is likely to be least) can also be calculated The figures for card production (column 9) gic some idea of the conditions of working of this machine The "ring frame turns per inch" (column 15), taken with the counts (column 3), show the type of yarn which was being spun. Figures are given for each lot of cotton tested to show the percentage waste made at each stage The wastiness of a cotton is of course a very important matter because the waste represents an economic loss, even although part of it may be used in mixings for lower counts There is no doubt that the wastiness of a cotton depends on many factors, some are derived from the characters of cotton plant—these in turn being derived from hereditaryor environmentalfactors operatingduring growth-somemay be derived from the machinery used in treating the material, and others from the human element In these reports it is impossible to separate the effects of these various factors; but from the known origin of each of the cottons it may be taken as a general rule that for any given sample the waste made is not greater, and is in many cases probably less, than would be obtained from the commercial crop of the particular cotton. In tlie spinning tests great care is taken at all stages to recover the waste. After each lot of cotton has been put through, the cleaning operation is commenced. The waste made at each machine is weighed separately on a delicate Avery Mint balance of maximum load 50 lbs and turning by five grains With small samples the cleaning operation for many of the machines takes up considerably more time than the processing of the cotton itsell. Taking the carding engine as an example, it may take about ten minutes to cffect the carding of a 2-lbs, sample but another half an hour's running will be necessary before flat strips cease to be produced, and a further twenty minutes are then necessary for cleaning. In the present reports the wastes are shown simply as totals for blow room, card room, and spinning room respectively, with the total loss given separately. It should be noted that o-dinary mill practice is followed in the recording of these losses; for instance, the percentage " Card Room Loss" (column 6) represents the total loss in the card and other preparation machinery reckoned as a percentage of the weight of the laps received from the blow room. In columns ("Total Loss,'') are given of course the total cotton losses rechoned as percentages of the original weights of the samples.

·8 portions is cosefully hept aside, and tests mide only on the central portions, which alonc reproent the normal mitent as it would be obtained it the cotton were bring treated in bulk In all the sulisequent senges special attention is given in this point, in order that the int bobbins finally obtained shall be trulv srprenentatue of what would be obtained with bulk spinning. In thc card, therefore, the first and last portions of the slıses are not used for lovings for the test bobbins, but in order to make the determinations of waste as accurate as possible, the rejected portions of slaver are passed through the subsequent machinery sepirately, and their weights included at each stage It is the necessity for rejecting such portions of the material which in effect fires the lower limit of the weight of the sample. It may be added that a 2 lbs sample is the minimum which can be spun satisfactorily in the different counts, at any rate with the present procedure. Even in this case it has sometimes been found impossible to avoid using a small portion of the rather finer card sliver wuch, as already stated, it would be better not to use in the preparation for the test bobbins. Moreover, it is only possible to spin four instead of ten test bobbins in each count for the 2 lbs. sample All things considered, therefore, the tests on these samples can hardly be regarded as so satisfactory in general as the tests on samples weighing 5 lbs and upwards Nevertheless, as will appear later in this note, it has not been found possible to justify this conclusion by reference to the actual results for the 2-lbs samples here reported on. The normal procedure after carding the material is to pass it through two heads of drawing The material is then passed through the slubbing, intermediate, and roving frames, and spun with single hank roving in the sing frame. For the better class cottons the drafts from the card onwards are so arranged that the draft for the yarn of 30's counts is about 6. The practice hitherto has been to obtain different counts merely by changing the draft in the ring frame. While this expedient may not be entirely satisfactory it has the practical advantage of saving much time in making changes on the preparatory machinery, with all the testing of wrappings which would otherwise be necessary. It is possible therefore that only the medium counts can be regarded as having been spun under the most favourable conditions. As the matter is one of some importance it is proposed to investigate the point for a number of standard cottons. The actual drafts which have been used, together with other ring frame particulars, are given in the tables relating to each sample reported on. From these particulars various deductions about the spinning operation can readily be drawn if desired. Thus, from the front roller speed (column 12) and the roller diameter (column ·11 Tests on the yarn are necessary for the expression in numerical form of the quality of the yarn These tests, however, do not give a complete expression in this respect, and it is still necessary to retain more or less qualitative expressions to show the colour, neppiness and regularity; an even more important quality of the cotton itself may be referred to, namcly, its behaviour in the spinning process, to which the tests on the spun yarn are but an imperfect guide, even if they may be taken as a guide at all. Behaviour in the spinning frame is shown fairly well by the number of yarn breakages per ounce of yarn spun, a feature which is included in these reports, this is supplemented by the Spinning Master's report on the cotton As regards the yarn tests, those commonly carried out are:- (1) Counts actual : determined on an Avery Yarn Balance by weighing the individual leas used in the lea strength tests. (2) Lea strength: determined on the Goodbrand Lea Tester No 18, maximum load 150 lbs, electrically driven. (3) Single thread strength: determined on 12-inch lengths in the Goodbrand Single Thread Tester No. 20, maximum load 16/64 ozs. (4) Single thread extension : (5) Twist : turns per inch : determined on the Baer Twist Tester No. 17 on half-inch lengths, or on the Goodbrand Twist Tester No. 2 on one-inch lengths. The rate of traverse of the lower grip in both the strength testing machines is 12 inches per minute. As regards the yarn testing, it may be explained that the normal practice in the Technological Laboratory is to make all the tests on the test bobbins referred to earlier in this note, As 10 bobbins are normally available for cach count of each lot of cotton, the yarn from each bobbin is used for 5 tests for counts and lea strength, 25 tests for single thread strength and extension, and 20 tests for twist. A careful analysis of the results for some of the carlier tests indicated that the strength and twist tests on the single thread might be reduced in number without appreciable error, and for later ·12 samples an tests trets made on cich bobulun for single trend strength and extension and in irsts fo: trys! The figures quien in the rolls reports for any or count of any one lot of cotton therefore represent the mean values for thr in bonbolins in Seseosts fois counts and let strength, 2300 fot 200) trsts for singir thirrid strength anit etiension and 2010 (or tho) tests for twist 171cn the Ines are only : the cach in wrigheita possible to spin only four bobbins of each count and in this case the yarn from each bobbin ia uscd for to tests for counts and lea strength Sotests for single thread strength and extension, and go (nr 10) tests for tant, making in all jo tests for counts and lea strength, 2on tests for single thread strength and citension and 200 (or 160) tests for tuist The most important tests are those for counts and Ica strength These are the tests wluch aregenerally carried out, together with the yarn cxamination on black-boards, as a matter of routine in ordinary mill practice In spite of its many achnowledged defects, the lea strength test is probably the most satisfactory test for strength because the sampling error is so much less in this test than in the single thread tests Thus in 50 lea tests 72 times as much yarn is tested as in 250 single thread tests. It is evident, therefore, that the unavoidable errors due to faulty sampling are much less likely in the former case than in the latter Where therefore the Ica tests and the single thread tests appear to be contradictory it is most probably due to this sampling error, and in this case greater credence must ordinarily be given to the results for thelea tests. But befoi e this is done it is necessary to examine the results to see whether any alternative explanation is possible. For instance, where a regular yarn is being compared with an irregular yarn it is to be expected that the ratio of the lea strength to the single thread strength will be greater for the regular yarn than it will be for the irregular yarn. The figures given for the irregularity of single thread strength will serve to indicate whether this particular factor is operative. There is no doubt that, theoretically, the lea test is not entirely satisfactory, first, because it affords no trustworthy guide to the extension of the yarn, and secondly, because in the subsequent stages of manufacture the yarn is seldom treated in the form of a lea or hank, the only noteworthy exceptions being hank mercerising and hank dyeing. In other operationswinding, warping and weaving--the yarns are so stressed and strained that the breakage of a single thread leaves the other threads practically un. affected. But in the lea test one continuous length of yarn is being tested, and the breakage of a single thread will greatly affect the portions ofthe yarn ·13 near the place of breaking so that when the lea has broken in only a few places it cannot withstand any further increase in load. It appears to follow, therefore, that the lea strength test cannot be a complete guide to the behaviour of the yarn in the processes of winding, warping, and weaving. For these reasons the single thread test, which yields a value for single thread extensinn as well as of single thread strength, has been retained for the routine examination of the yarn spun, in spite of the much greater chance of sampling error in this test. Some idea of the sampling error possible may be gathered from the fact that for a bobbin containing, say, I} ozs, of 20's yarn, the total length of yarn thereon is some 1,500 yards; of this, therefore, some 600 yards are actually tested in the 5 lea tests, less than 7 yards in the 20 single thread tests, and from only one-half to one-quarter of a yard in the twist tests (according as the twist tests are made on one-inch half-inch lengths) The exigencies of the case make it necessary to test consecutive lengths in the lea and single thread tests. This is comparatively unimportant in the lea test, as the total quantity of yarn tested is a large proportion of the whole, and serious error will only ensue if the yarn on the top half of the bobbin differs appreciably from that on the bottom half. But it is quite another matter with the single thread tests, for it is most unlikely that any 7-yards length will be truly representative of all other 7-yards lengths in the 1,500 yards, so that although within any particular 7-yards length the variation may be small, as between one 7-yards length and another the variation may be considerable. It is proposed to test a number of bobbing completely in order to ascertain if possible what may be regarded as a normal variation of the latter type. The variation which occurs in all the results from the 10 seven-yard lengths obtained from the 10 bobbins is indicated by the irregularity. The irregularity is determined by subtracting from the mean the average of all those results which are less than the mean, and then dividing this difference by the value of the mean. The fraction thus obtained is usually multiplied by 100 to express the irregularity as a percentage. The irregularity derives its importance from the fact that what matters in the practical operations is not the average single thread strength or the average single thread extension, so much as the number of places which are unusually weak or have unusually low extension, because it is these which are responsible for trouble by breakages. The irregularity is thercfore to a certain extent a measure of the likelihood of breakages occurring. It suffers from the defect, however, that it is a statistical abstraction, so that its significance cannot be visualised A new statistical measure has therefore been introduced in these reports whiclı ·avoids this objection Thir hru frrister lins leen termed thr" Weakness Percentage It srpresents the procentigr of the results for single thread strength such are less than three qurters of the average strength. This is a quantity which can ly visualised directly with reference to practical conditions of worhing Asimilar statistical measure for the extension is no doubt at least equally important, and it is proposed to adopt the expression "Lowness Percentage " to express the percentage of results for extension wuch are lower than three-quarters of the average extension There is reason to believe that the louness percentage is correlated with the weakness percentage, so that the figures for the latter may suffice to express both ; at 15 proposed to investigate this matter In the present report, however, only the figures for Weakness Percentage "are given The statistical expressions for irregularity are, however, only one way of regarding the question. Another important method in comnion use is to inspect the yarn when wound on to black-boards For purposes of distinction, in the reports the term “ Irregularity " is restricted to the statistical expressions, while the term “ Evenness" is used to indicate the property as estimated by visual examination. The evenness is expressed by reference to one of the following five classes.-- I. Very even. 2. Even. 3 Fairly even. 4. Uneven, 5. Very uneven. At the same time as the evenness is observed, the opportunity is taken to observe the numbers of neps present in the yarn, as the presence or absence of neppiness constitutes a very important practical feature. For the purpose of the present reports the number of neps has been counted in ten portions of yarn each 3.6 inches long, taken from each of four bobbins; the neppiness is expressed as the average number of neps per yard of yarn. These features are included in the" Yarn Examination Report." In addition to the fibre test results (with the graphs relating to thein), and the spinning test results (including the Spinning Master's report on the cotton and the yarn examination report), there are included the Grader's report on the samples and, as far as possible, the indication of the size of the crop of the standard cotton in question. It will no doubt be found of interest ·15 to compare the Grader's report with the actual behaviour of the cotton in the fibre and spinning tests, while the size of the crop has of course an important practical interest Most of the important features presented by these spinning test reports have now been discussed There remains, however, one noteworthy exception--the physical conditions of temperature and humidity prevailing during the spinning process and during the testing In the attached reports figures are given to show the average temperature and relative humidity prevailing during the actual spinning operation on the ring frame, and also the average relative humidity prevailing during the tests for counts, lea strength, single thread strength and extension Some difficulty has arisen in connection with the presentation of these figures. It would be preferable to give the temperature and relative humidity prevailing during each separate operation or test, but to do this would mean a very considerable expansion in the size of each table Complete records of these physical conditions are in fact maintained and it is believed that the figures recorded give at least a good indication of the conditions under which the spinning and testing have been carried out, and that no serious misconceptions as to these conditions or as to the qualities of the cottons will be caused by confining the reports to these average figures only. IV. REBANKS. For the first season in which any given cotton was tested, a whole bale of it was obtained, and this was used, as previously stated, for spinning tests in a number of different lots. For the subsequent season duplicate tests have been made on 10-lbs. lots only. In order to facilitate comparisons in the tables, the results for yarns which are nominally similar but spun from different lots have been arranged one below the other. For example, in Table 1, instead of putting together all the results for the three types of yarn from the 100-lbs, lot, then all the results for the yarns from the ro-lbs, lot, and so on, the plan has been adopted of putting together all the results for the 20's counts of the various lots with 16.85 turns per inch, then all the results for 3o's counts with 21.86 turns per inch, and finally all the results for 40's counts with 26 97 turns perinch. By thismeansitis a simple matter to compare the tests on the different lots for each count in turn, The wastes are entered only for the 20's (or 10's) counts: but as the same rovings are used for all three counts normally spun from any lot it follons, of course, that the losses recorded for the main sources of waste- the blow room and card room-- ·1G apply to all the counts the fçtires for" Spinning Lines "actually refer to the total spinning loss for all the countanf the particular lot under consideration. The present reports include those on the cottons Surat 2027A.L.F. (Sample No 1). Coimbatore Co. (Simple No :), and Punjab-American 285F (Sample No 3), whub sorr published with the previous note. In incorporating these earlier reports the opportunity has been taken to add some further particulars in accordance with thr requirements of the new form. As the machinery was new when these early samples were tested and the present routine had not then been developed, further tests on these cottons were made at a later date (Sample No4 104, 105 and 100) The results for these and for the earlier samples are given together in the various tables In order to show in brief compass hos the various standard cottons compare with one another, a Summary Table has been prepared (Table 17) showing the results for the 10-lbs samples only, spun into the standard counts--20's or ro's according to the cotton--th standard twist Where two 10-lbs, samples have been spun the practice has been followed of giving the results for one of them only—that for which the spindles used have been the same as for the sample with which they are compared. Another point of special importance is that as the card waste for the earlier samples was deemed to be excessive, the necessary pulley's and change wheels were obtained for slowing down the main cylinder and the fats, these changes were made after the tests on the Texas-American cotton (Sample No 56), the main cylinder speed being reduced from 190 to 160 RPM and the speed of the flats from 4 to 3 inches per minute. Any special features relating to individual cottons are noted in the separate reports. The following remarks are therefore restricted to the more general aspects which these tests present. In the first place reference may be made to the fact that in a number of cases the actual twist differs from the nominal twist. These differences may be accounted for by various reasons chief among which are fust, that only a very small proportion of the yarn is actually used in the twist tests; and secondly that a considerable personal element enters into these tests, due more particularly to the difficulty of deciding the exact point at which twist has been removed. These difficulties gile rise to the question as to whether it is worth wlule making these twist tests on single yarns The tests are, however, being continued for the Pirt

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·2.1 18 From the above table space that the ultras dutierences in the card room waste pronta crs are I ett role emplos s-lie (1) SI! (2) :I (0) S :ilm (:) It is important to onesie that the actual difference for any gisen roolus. sample is very near the average differenter of you therefore we subtract 0.9 (or 423 11 from thir. caril soon wasse pasientige for a 10.1bs sample ve shall obtain, to a very close degree of approvmation, the card room waste percentage for a co-ILS sample, se for the cotton when treated in bulk, Except for the 41 cotton, the same may be suid in a rather lesser degree of the 5-lbs samples, in this case it is necessary to subtract 2 from the card room waste percentage in order to obtain the card room waste percentage for the cotton when treated in bulk From the fact that all the differences for the 41 cotton are high, it is surmised that these are really due to an abnormally low value for the 100-1b) sample The variation between different 2-Ibs, samples appears to be too high to permit of the use of a correction figure, especially as it would be about 5-nearly as high as the actual card room loss itself for many cottons Except for the card room waste there is little to distinguish between the results for the samples of different weight. The differences between the results for any one count spun from a number of lots of different weight are no more than often obtain for lots of the same weight. If therefore the spininng tests had been confined to tests in duplicate on lots weighing only five pounds or ten pounds respectively, they would have led to accurate conclusions regarding the spinning capacity of the cotton There are, of course, a number of minor anomalies which are referred to in the remarks upon the individual cottons But these anomalies would not of themselves have caused a wong judgment to have been formed on any of the cottons (with ono doubtful exception-Karunganni, Sample L444 UL allowed for. It is therefore concluded that the procedure which has been adopted for testing small samples submitted by cotton breeders, viz., making spinning tests in duplicate on lots weighing only 5 lbs. is completely justified, Certainly there are now the strongest grounds for this conclusion so far as it applies to the range of counts possible with Indian cottons, ie, up to 40's. Whether the conclusion can be extended to the utmost limits of fineness to which better class cottons can be spun is a matter which lies beyond the scope of the present series of tests. A. JAMES TURNER, Ith April, 1936. Director.

·TEST REPORTS.

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·22 TABLE 1-SPINNING TEST RESULTS 2 6 8 9 10 11 12 15 WASTE PERCENTAGES SPINNING PARTICULARI Season Simple No. Counts Nominal. Weight of Sample Blow Room LOSS Card Room Loss. Spioning Loss Total Loss Card Production per Hour Ring Frame Pro Juction per Spio dle per to brs Ring Frame Yara Breakages pec 07 Yara Ring Frame Froot Roller Spood RP.M Ring Frame Froot Roller Diameter lach Ring I rame Draft Ring Frame turns per loch. TO Ibs 20 100 1923 24 $ 0 9 13 183 62/1 622 6273 6 7 44 . 13 * 184 65 64 78 0 7 14 3 62 87 10 15 2 61 861 09 149 60107 1 2 170 6. 107 14 174 62/4 5 2 183 183 2 0 04 183 " 62/5 62/6 62/1 6212 6213 62/4 5 142 N 6275 62/6 €2/1 004 141 7/8 718 454 168 7/8 * 4 1885 7/8 44418 465 16 16 & 7/8 6 66 21 de 7.14 21.80 21.66 7/8 6 66 21.66 7/8 6 81 21 86 7/8 6 45 21,86 7/8 8 66 26 07 7/8 9 29 26 97 7/8 31 26 97 7/8 8.85 26 27 7/8 19 26 97 786 55 26 m 7/8 4.35 16.03 7/8 4.416.39 7/8 6.66 21.06 za (0.83 7/8 8 68 28.07 8 83 26,97 113 3 0 09 0.09 115 62/S 3 0 23 115 62,98 a 183 10 10 3 7171 . t'u 10 ·23 FOR DHARWAR No. 1 (KUMPTA). IR 17 18 19 20 21 22 23 25 YAR TEST RESLITS. TEUTER RELATIVI HUMIDITY. ATUAK Thrend Thread Counts Actual Tea Simngth Liri 520) 41303515 asu's SLAR!. Thrend Irregularly % urns, per Ioch) Actual Single Thread Lutension centage Spaning Room °F πουχέστατιές Testing Room 20 3 92,3 10 7 28 19 3 85 - 80 57 100 92 19 2 102 7 10,6 20 19 3 87 79 62 . 190 101 7 121 104 08 190 39 87 79 56 20 4 90 S 10 3 11 3 36 19 3 38 80 83 56 - 20 7 85 5 111 9 2 198 88 83 52 18 9 95 3 11 7 110 1 3 20 0 4 5 89 76 60 30 3 SI 2 65 111 60 24 2 34 BS - 61 53 30 11 52 4 62 1! 3 40 23 6 3 5 68 80 $9 29 21 531 63 52 24 1 88 89 51 30 5 $3 3 71 11 2 20 24 5 35 69 59 30 1 198 66 9 B 2 $ 246 3 3 69 61 $0 - 54 2 70 101 2 2 25 0 35 69 76 60 - 307 40.9 31 8 9 13 2 27 B 33 66 81 35 41.1 30 16 BD 28 0 33 88 63 $0 - 31 $ 48 13 7 8B 28 5 30 68 63 S6 39 5 31 4 50 17 5 13 6 29 4 3 4 69 04 62 32 7 $ 2 13 9 67 184 37 69 64 62 405 32 8 49 13 4 71 29 0 32 66 81 37 18 9 101 8 160 0 15 9 4 5 83 79 65 19 3 96 6 13 3 67 0 15 1 83 79 97 28 6 56 0 82 10 3 04 19? 40 $3 79 68 28 8 $49 90 80 0 20 3 40 79 65 40.1 31 6 68 OB 22 8 0 E2 28 S5 33 1 65 84 0 239 37 78 59 ·22 TABLE 1-SPINNING TEST RESULTS 8 10 11 12 13 To 15 WASTE PERCENTAGES SPX PARTICULARS Stajon. Sample No Coupts Nominal. (Vught ot Sample, Blow Room Loss Card Room Loss $507 Suvunds Total Loss Ring transe Dalt Ring Frame turns per lach. lbs lbs ozs 1923-24 20 100 13 3 0 13 183 718 6211 6212 6 3 65 09 64 78 07 444 16.89 4 5416 88 10 14 3 0 02 1B4 7/8 5 62 87 10 15 ? 00 IBA 4416 85 1 7/8 278 5 61 86 09 14 9 004 183 44+18 85 ! 2 60 10 7 I 2 170 0.3 183 7/8 465 16 851 6213 62/4 62/5 6276 6A/1 62/2 624 2 6 2 10 7 14 174 0 04 183 4 20 16 85 6 68 21 86 30 100 OB 143 10 0 09 242 $ 0 09 . 621* 5 009 62/5 2 011 ud 2 004 7.16 21.66 7 07 21 86 6 21 86 6.83 21.86 64521.86 8 66 26 27 9 29 26.97) 37 26 8.83 26 97 ,1926 21 6211 0 100 3 43 0 16 7/8 7/8 7/8 7/8 7/8 718 7/8 7/8 7/8 718 7/8 7/8 7/8 7/8 7/8 7/8 116 10 O 02 115 $ 09 $ 0 09 115 #/8 2 115 13 0 04 2 113 $ 35 26 27 76,1 1954 25. 20 10 87 092!s 183 4 35 16 13 0.34 0 29 10 148 09230 183 14416 83 71/1 10 0 31 8 66 21.1 10 0.83 21.30 72.1 19 10 115 8 66 26 97 0.39 0 39 12,7 | 10 115 383 26.91 ·23 FOR DHARWAR No. 1 (KUMPTA). 16 17 20 18 19 21 22 23 24 25 YARN TEST RESULTS. TEUTER-RELATIVE HUMIDITY. ATURE, 1 Testing Room 20 31 92 3 107 10 0 28 19 3 41 85 BO 57 19 2 102 7 10 8 92 20 19 3 44 87 79 62 19 0 1007 121 10 4 OB 190 39 87 79 56 — 20 4 90 5 | 10 3 11 3 36 19 3 38 88 83 56 20 71 85 51 11) 92 21 19 8 35 88 83 52 IB 9 95 3 11 7 110 1 3 200 45 89 76 60 - 30 3 512 6.5 - 60 3 4 85 81 53 30 11 524 62 11 3 40 23 6 3 5 89 80 39 29 21 53 1 63 52 141 9 88 89 31 30 $ 53 3 11 2 20 24 5 35 69 64 59 — 30 1 49 8 66 98 2 5 24 6 33 89 64 SO — 30 7 542 70 10 1 2 2 250 3 5 69 76 60 40 9 31 8 49 13 2 84 27 B 3 3 86 81 55 30 S в о 28 0 3 3 88 63 50 - 411 31 S 137 88 28 5 30 68 63 56 39 $ 1 SO 17 5 13 6 29 4 3 4 89 64 41 4 327 52 13 9 67 28 4 37 89 64 62 40 5 32 & 13 4 71 29 0 66 81 $7 18 9 101 8 160 75 0 15 9 63 79 65 19 3 986 13 3 6 7 0 IS 1 44 83 79 57 28 6 $60 82 103 04 192 40 63 79 68 28 & S49 90 BO 0 20 3 40 53 79 65 401 316 68 08 22 8 40 78 55 33 1 0 23 9 37 12 78 59

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·26 TABLE 2-SPINNING TEST RESULTS 2 3 1 5 6 7 8 10 11 12 13 15 . WASTE PERCENTAGES. SPYNING PARTICLLARS. Season, Sample No Counts Nominal Blow Room Loss. Card Roon Loss Spinning Loss #anon Weight of Sample OZS 1923 24. 20 5 4 691 07 12 5 0 21 184 4 5 OB 121 0 25 183 > 1 70/1 2012 70/3 70/4 49 89 05 138 0 09 182 N ID 06131 004 182 2015 >> 07 14 6 0 33 184 251 96 2 5 7 10 7 07 15 6 1 0 33 184 70/6 2011 30 100 0 13 142 10 0 23 142 . 5 142 2012 2013 7074 7015 0 09 0 09 3 142 2 22 142 7016 2 0.11 142 12 7/8 4 65 16.B.SI 7/8 4 51 16 85 7/8 4.35 | 16 85 7/8 4 35 ) 16.85 7,8 4 95 | 16 851 7/8 44+ 16,85 7/8 7 03 21.861 7/8 7 03 21.86 7/8 6.6121.86 7/8 6 61 21.86 7/8 6 66 21.861 7/8 16 83 21 86 7/8 948 28 971 718 9 46 26 97 78 8 B3 26 97 7/8 8 83 26 97 7/8 8 68 28.97 7/8 B.79 26 97 7/8 4 35 16.85 7/8 4.35 | 16 AS 7/8 6.34 21.86 7/8 6.38 21.861 7/8 8.39 26 97 7/8 8.50 26 97 703 40 100 114 2 43 0.12 114 10 702 10 0 25 115 12 5 09 115 44 5 0 09 115 708 70/4 70/8 70/6 71/1 2 0.22 2 011 114 1924 : 5. 20 10 1.417 3 0 36 183 10 1.2 17.1 0.27 183 112 111 30 10 0.34 137 10 O 32 M 132 10 59 109 19 M 0.33 108 ·27 FOR GADAG No 1 (DHARWAR-AMERICAN). 16 17 18 19 10 21 23 24 25 YAXY TEST RESULTS TEXTER RELATIVE HUMIDITY. ATURE. Counts Actual Lea Strength Lus Testlog Rooms 19 7 83 8 10 1 10 0 32 19 1 3.5 84 77 S1 19.8 88 2 10 3 9.3 18 6 37 84 77 59 197 92 7 10 6 16 17 6 37 84 77 62 19.0 93.6 11 1 84 04 17.6 61 84 77 57 189 93 7 11 6 68 05 17 B 63 54 74 74 18 8 92.0 03 18 6 6 2 84 84 86 10.5 6.2 56 29 7 51 2 10 7 28 21.9 27 79 55 52 6 6 2 10 2 28 19 6 28 86 79 60 297 29.2 50 2 72 9.0 OB 19 B 3 6 84 72 57 29.2 35 1 73 8B 14 21 0 5.7 84 72 57 29 1 52 2 7.2 98 1.5 21 1 57 87 70 55 29 7 52 5 6 6 100 21 3 57 87 70 S4 41.2 31 0 10 9 40 25 5 27 66 79 58 38.9 35 7 48 22 2 26 86 79 64 39 4 37 2 10 B 60 23 8 39 84 74 08 39 35 6 40 25 9 50 84 77 54 11 6 10 2 38 5 37 4 54 25 26 1 5 3 87 70 S3 38 7 37 3 63 104 30 23 4 58 87 70 70 19.8 G) 2 92 78 04 18 83 76 61 19.4 58 ! 96 70 49 93 76 67 13 | 20 8 90,0 40,6 66 95 0 83 1 76 61 28 4 37 4 66 77 US 193 3 76 67 37,9 26 8 46 79 0 249 37 85 69 66 38 8 87 0 24 0 97 65 69 59 ·1s RCPORT ON SUR IT 1027 ILT 1923-24 (Sumile No. I, 1941 for Seasons (1921-25 (Sample X05. 31, 83) I IZCI IN it out Sh.13 11. re II CRUCITIORI min!! S2417212 t Stretti 1-1-1 hi Class Staple Length Staple Streagth Regularity Finn S'1-17,1919-b Cuan! 1 ular I bil III FITICILAR 1 Fibre Leogth Distribution ( Bart I Mleon group length iu cights of in iuch Sa1103. Sonn 1924 25 21 22 8 10 11 2.1 11 0 95 Mean rilee Length by Bulle Surtet (toch? D1 Tbre Leugte by Bill Sur (inch) Alean RILWu Width (iu) Ileun Cul'uticuri crunch 1 111 14 141 n95 01072 123 I SPISNINU ILI Trearra-Lartice Terje, Crib Hi Suthe! (3 terro! Car Crimin; ( beats), Stubbur, Iiter 1.urte alg! Le to l'11 Tran N 1 3 Split 15 lepuri - 14.1!! » alatt lof, Isles, mat, 19.125 cramy clean an Isr 3 S316.11 cabli -Ste 1.3 * LIKA Saa 10 Siple Som. Sample Sarrio M 31 Samp! NO 1,5 21 Tich בי Ls t.ca lieg to fairly even rats faul, CD Valve ti Ciento fairly even 1.esto fullyc en Cvest tar'; ecu 123 1 1.73 5 075 1 75 ILWPh. 1.***.11.'111!!!! cotton compared tb the 192195 cotton, 110 latter 1-3. fat warp sara of murats #lst up to 30's 1

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·30 TABLE 3-SPINNING TEST RESULTS 10 12 13 14 15 1 2 5 6 11 WASTE PERCEXTAGES. SPINNING PARTICULARS. Seasop. ON odwrs Couats Nominal Blow Room Loss Card Room Loss, "ESO 1 200uds Total Loss tofanposed Pro Range Frame Pro dle per lo Splo per loch. lbs OZS 1923 24. 24 ő znana z Welght of Sample. . . 4 8819.817 I. 1/1 112 17 10 13 7/8 7/8 7/8 11 4 93 / 19.91 .. 5 7.0 10 0 1917 7 149 4.27 19 81 5 64 81 D 1915 7 148 7/8 66 19 31 2 2126 9 152 7/8 9.2177 80 14 7 2 27 | 236 152 3 1/5 1/6 1/1 1/2 4.66 19.81 4 6519.81 S 55 21.29 5 78 21.29 28 7/8 7/8 7,8 100 OP 10 10 5 ) 10 130 5.00 21 29 5 1/4 OP 130 . 7,8 7/8 7/8 1/5 » 2 130 2 IP * 7/8 7/8 5 54 21.29 5.5 21.29) 5 54 21.29 4 26 16,85 4 17 16.8$ 20 100 66 66 0 6 13 2 130 181 183 0 32 1/6 10411 10412 304/3 10411 64 10 # 82 0 614 5 10 83 78 0614.1 011 181 14 4 0916 85 00 304 100 0 19 .. 141 6 15 21 86 . 7/8 7/8 7,8 7/8 7/8 7/8 10412 10 .. .. .. 011 6 09 21.86 1+ 141 140 10 0 0 10413 1. . 6 06 21 861 B 100 11.8 3 67 O 12 132 6 45 23.11 D 104/1 1042 10 0 10 133 65 23 111 N 1043 IU . .. .. 011 130 7/8 7/8 7/B 6 08 23 11 31/1 1924 :5. 39 .. 173 4 59 16.83 16 831 $1,2 0711 6 07120 0.4 128 . N . .. 173 7/8 439 3 M 10 78 .. .. 0 181 400 16 83 1) M 4 11 us 0 04 140 : 7/8 7/8 718 6.06 21.86 19 .. .. I. 0 09 132 6 06 23 11 ·Sirregularity 31 FOR SURAT 1027 A.L.F. 18 17 IG 19 20 21 22 23 25 YAR TEST RESULTS. TE PER AIL ME RELATIVE HUMIDITY, Thrral Counts Actual. Lei Stepglb Loa Sing Torrat Strength. On Single Thrrad Weakness centage. Sierle Thread Extension Actual spaning Room Hoogsajaopis Testing Room." 69 7 78 82 IO 161 4 2 . 24 3 654 79 & S 15 8 38 23.1 71.1 89 LO 17 2 5.1 75 41 71 24 01 64 2 8 7 91 10 204 50 79 65 66 -33 64 7 90 10 1 161 5 2 74 45 71 21.9 724 85 101 13 15 8 4 9 74 45 70 28.5 46 0 69 97 03 IS 9 . 28.1 494 71 102 37 16 3 37 . 1 27.0 56 9 79 10 4 39 16,8 4.7 76 75 78 29 7 47 7 67 12 8 50 20 5 4.3 65 52 28 6 6 1 1 TO 6 38 14 4 3 7 74 45 69 27 0 33 7 10 6 SO 14 2 46 45 66 78 10 9 74 87 19 5 804 65 20 17 2 68 56 20 1 69 0 10 3 93 0 174 58 86 68 48 19 6 82 3 10 9 86 0 17 7 5 7 86 52 70 30 43 @ 651 11 6 40 21 7 86 63 53 29 0 47,1 69 10.2 0 21 8 87 68 S2 30.0 45 9 71 15 10 3 22 0 5 1 86 74 59 30 3 447 11 3 23 3 98 87 $3 67 66 70 29 6 10 3 22 2 57 10 50 50 68 - 29,5 49 9 10 6 05 24B 50 8 76 58 184 931 11 7 97 60 18 0 4 5 92 61 73 18 3 04.6 15 2 104 158 18 2 61 21 2 9? 96 O 10 9 96 10 20 6 SO Bo 64 193 29 8 70 74 52 2 25 73 119 24 6 fo 46 62 29 3 $1 6 : 75 76 11 3 26 0 69 50 Bo ·32 1. REPORT ON PUNJAB-AJERICAN 47. for Season 1924-25 (Sample Yo 81). 1 SIZE OF CROP tout 500 On Lifes fr12 980,000 acres. II, GRADER'S REPORT Class - Staple Length Staple Stiength Regularity Tide Tunjab American 1-inch # III TIRRE PARTICULARS 1 Tibro Length Distribution (Dalls Sorter) Aſean group length in cighths nt 79 incb Percentage 0 49 11 6 25 5 37 6 14 5 33 0 + 9 10 0 81 24. Mean Fibre-Length by Ball. Surter (inch) 25 Mean Fitre Length by Baer Sorter linch) Mean Ribbon Wrth (inch) 4 Mean Convolutions periach O DO 10070 103 IV SPINNING TESTS Treatment - Normal 1. Lattice Peeler, Crighton (tusca) Hopper Scutcher 3 times), Curd, Drasing2 nads), Slutber, loter, Rover, spun from single bank royitio iu hing Fruine No 1 Spanning Master's Report - little leaty but free from sced sud utp white. → Spinning Test Results -Set Tatla 4. Yarn Ex Mason Season Cuats Single A) Samole 8!/ Sample Sample B!/3 hu 81/3 Furl, escat ti Turly erat \ Fusly trea 1 6151 Eucere Toidly even to Luleven. ..rt; exep to CH Fairly esca tu tica Fairly e.en to even Tsirly even to unesen d!! Fairly even to elca, fait Taitty even to Loeven, 15 15 U 05 1 S 075 15 US III lateru. It toys at 11 1.-C. itiseuttatit tuy le regarded as a typical cotton 5:11L'11-1-tis. a1.ractuluissarisch art lupendatapomaluus, tl -* * . . .11.15., Il but Ictrcle in the streagth regulis,

·Sw) RV3
PER CENT
PER CET
$2261

·32 REPORT ON PUNJAB-IJERICAN T. for Season 1924-25 (Sumple Yo Si). I SIZE O Cror 11,1 51, nrs ir 197,00 1674 !1 Gr Dr. REPORT Tign Pun) it meriran Class Staple Luth Stajle Strength Regularity او نا III II' R1 ARTICLLANS 1 Til Length stiiluta nip istir) - "Ican en urlo, in tabt. I Frantie 0 ነን ኣ 255 17 A 21 11 U&1 26 Mean Fibre Lenzib by bulls ser (peb) Mean litre Leontbby Dour Sustr (luch) Med Ritli Wiluba (10) Meu Coulutus sertuch Un 1640170 103 I SMINIS, IL>> Tocament Wall Lattice Iceber 11, 11-4 tr scuterines Cord Crasing2 beads), Stubber, lutir, Rr, ut tu tak romlotuluin awe 1 : Spinning Vaster's hop. - Alitik buty turtate frin e LDP Mate 3 Spinning Test Resn's --Sve 11 • aru LMIA - Seisu واند C Sample 8113 Sample 111 17! 1/3 1 rly creu I. ܐܐܙ ܙܙ ܕܙܝܝܐ Idirly evels to Iicle 1.1, cycats thru 1 tly encat ce 1.lily e en to Clau Tuirly escato LLEN rainly cicato elen Tac fallvesea to AYA. E eu I. v citi 1 IS uas V5 IS 075 os I. I) I. AL II in the titallet was a typicul cotton 1. trots at coc c!udentatanoculous, 2.- Lliria the strogo rewis,

·(ENGTH (
14.33 30
$2+241

·34 TABLE 4- -SPINNING TEST RESULTS 5 6 7 * 111! 13 14 15 WASTE PERCENTAGES SPVYNC PARTICLLARS Season Sample No Coints Nominal Weight of Simple Blow Room Loss Curd Room L45 U Suitutes IL LZS 81/1 1924 25 204 BO 6 152 11, 1) 29 IN 78 $ 27 16 85! 812 10 79 10 16 3 [ 13 180 7 5 27 16 85 . 81/3 5 74 10 3 17 2 027 78 513 16 85 01/4 5 74 JO O 169 (27 8 5 37 21 16 81 16 8.5 A1/5 2 74 13 0 20 ) U47 181 7,8 5 ?! IP 34 - b1/6 2 70 13 7 07 0 23 -- 181 7,8 . $ 26 16 81 3 27 17 9 20B IUU 012 170 7,8 23/1 81/2 10 1 0 lb 170 7,8 17 9 . S 30 5 27 M3/3 5 UN 171 03 7/8 7,8 17.04 17.98 5 1 81/4 U13 171 5 41 0315 2 U16 171 7/8 5 23 17 98 2 81/ U23 171 7/8 5 26 17 96 RO 100 0 IS 158 7/8 10 U 12 158 7/8 . - 5 27 190 $ 99 1003 3 54 19 05 3.54 190 3/3 $ 157 14 1 0 14 013 7/9 -- 157 7 1,5 159 7/18 5 25 19 05 S 38 19 OS DIS 2 103 4 159 ·Pinkle three 35 FOR PUNJAB-AMERICAN 4F. 18 17 19 21 25 Sara Tus RESULT TEXPER ATLXZ. RELATIVE)IU VIDITY. ------ a Canta Irtual tra Strength Lt uncle Throu Sirength Ors inrlr thread Tropianity Weakness 1 centage Turns por Inch Actual Single Thrond I tension % : * Testing Room 19 8 58 0 8$ 14 2 95, 16 0 48 73 75 188 72 2 90 13 ) 4S 20 0 4 7 73 75 189 67 7 101 16 8 13 S 19.7 75 79 84 6+ ūTo spoming Room 171 68 3 10 2 121 60 197 72 79 82 62 19 8 59 3 87 106 IS 194 48 79 8+ -7 200 61 8 88 10 7 45] 17.3 61 51 79 84 19 5 71 6 91 13 4 65 16 5 +8 73 19 0 75 7 8.8 13 0 55 20 7 73 5. 75 19 ) 77 3 10 6 16 0 90 20 5 75 63 79 86 19 8 73 2 10 1 12 6 30 21 4 74 88 6+ 19 7 71 2 10 2 NO 05 65 18 6 57 79 79 79 84 189 78 9 10.7 56 2 3 17 4 S 3 84 19 2 774 17 4 111 110 48 8! 79 81 19 4 758 5! 10 3 U 79 21 8 8? 195 78 2 b5 11 6 y 6 U 5 78 221 79 - 201 696 10 9 5' 12 0 50 7 S 22 7 04 19 9 76 5 TO 2 15 97 18 9 5 1 79 79 79 83 185 — B4 7 20 118 83 186 60 ·36 5. REPORT ON PUNJAB-AMERICAN 285F. for Seasons (1923-24 (Sample Nos. 3, 106). 1924-25 (Sample Nos. 85A, 85B). 1 SIZE OF CROP About 2 500 bales for 1925-26. II GRADER'S REPORT. Season 1923 24 Season 1924 25 Class Colour Staple Lengtb Staple Strength Regulanty Remarks Fine Punjab-American Creamy 15/16-1 och Good Regular Superboe Pupfab-American Creamy. 1-110ch Good Regular Not as good a cottoo a3 1923-24 cotton III FIBRE PARTICULARS 1 Fibre Length Distribution (Balls Sorter) - Percentage Meas group-length in eighths of an Inch Sample No 3 Sample No 854 Sample No. 85B. 02 3 S 13 3 21 2 27 5 182 74 10ことの ANDOM 390 MOO 08 24 (04 0 92 88 20 10 11 Dicas Fitor Lenye vy Balls surter (inch) Mran Filire-Length by Baet Sorter (inch) Mean Rullon Width (cb), Mean Consolutions per inch 1 205 00067 145 0 93 073 140 089 00070 124 IV SPINING ILYES 1 Sesso Corats. 3/ #5 Sample Sample A. 1 Simple 12 Sample N) 3/5 Sample NO B34/1 Samplo NO 33 850/1 L. 15 > to rea Evea Evea Evea Cvea Fas Exeg ta fairly Eyes tofairly Eventofairly - ered cvec 1. evet Fairly eveo Furly eves Fairty eren Coevea fait Filt to usted da pescu Baperen L'urrea Fary exen l'geven Uneven to Coesen Fairly eveo teneva very unetco an even 4.66 1.25 343 663 30 2,33 2.0 2.25 3 66 $ 605 2.33 4.33 25 2.23 $ 33 50 : €) $> $ A. 1 67 KLIKA Set 4:1 na 353 elebe ucebay lalbattle former was on ander med inne for over.teletter Ir.

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·36 5. REPORT ON PUNJAB-AMERICAN 285F. for Seasons 1923-24 (Sample Nos. 3, 106). (1924-25 (Sample Nos. 85A, 85B). I SIZE OF CROP About 2.500 bales for 1925-26. II GRADER'S RESORT, Season 1923 24 Season 19.123 Class Colour Staple Length Staple Strength Regularity Remarks Frae Punjab-American Creamy 15/16-Iuch Good Regular Surerbse Puola American Creamy, Cool 1acb Regular Not as good a cotton as 1923-24 cotton III FIBRE PARTICULARS 1 Fibre Length Distribution (Balis Sorter) - Percentage Mean group-lengtbio eighths of an inca Sample No 3 Sample No 854 Samplo No 85B 02 09 el nom 11 2 3 6 12 21 27 182 30 ? 100 19 6 104 92 08 2a Meau Hibre Length by Dalis Sorter (toch) 2) Mean Filee-Length by Baer Sorter (such) Mean Ribbon Width (loch) Mesa Cuoclut lous gerinch 105 011067 183 093 00073 140 089 OLX 70 124 IV PIUVITU IESI 1 Seryo. Counts 5 SAD;le - Samole . 3,1 Sumrla 33 Samila 375 Sample Mo. 831/1 Sympla NO 830/1 Ziu. TO Even Evca Even Even Eves to friety Even totality Evea tatairly » eyes teen evca eura Fadly eres Fairly eyes Catyta fuit 4) I to use 1 ac cb tugeven t'leren crea l'aerea l'aeven to, Upeita Patrly crea tereve Yery unca Настер Fait tart to 1.5 1 25 3 33 30 2 33 34 20 ? 25 $ 84 4.31 6) 2 25 JO 2 68 KEJLAKE Se, ettertroue, 5+858 ch. scce ka alatut the time was wonder good conditlona fot **N.Allier Hea trup -- L! tantastxir36 Arbeitet. #34 314 : • utlm. Tot et set

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PA AF 10-15
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·38 TABLE 5-SPINNING TEST RESULTS 5 7 B 10 11 12 13 14 15 1 4 2 3 4 WASTE T'ERCENTAGES SPINNING PARTICULARS Season Simple No Counts Nomiaal Blow Room Loss Card Roord Loss Ibs 70 1923-24 20 100 10 3 + 6 08 19 S 80 0 4 26 16 BS 10 0 4.17 16.85 a 100/1 100/2 100 106,1 108,2 10 2 10 5 10 6 10 0 08 20 2 08 200 182 7/8 182 718 182 7/8 161 7/8 10 0 30 100 0 13 re 4 08! 18.65 6 45 21.86 8 45 21 86 8 41 21 8. 10 0 31 141 7/8 . 1063 10 0 37 141 7/' ve . 19 11 6 100 139 O 09 115 100! 718 a 71 26 92 116 10 114 8 328 97 0 12 0 25 7/8 7/4 10 114 8 39 497 10 3 34/1 19:425 sztik 02 7 08143 0 09 101 7,8 4 18 9 1 0 09 191 7/8 4 28 10 8 7 4013 0:14 0 008 1.17 10 85 1 121 0339 . 60 O 182 7,19 4.17 16 89 as 2 60 O 110 8.45 21.8€ 7/8 7/8 It 7 .. 0 06 140 8 45 21.8C 1 0 00 141 6 41| 21.5 7 000 7/8 6.25 21,66 o od 8 71 20 97! ISA 7/8 7/8 3 . 00 # 55 28 97 7 000 113 8.39 28 07 7 718 7/8 POO 113 # 28 28 97 ·39 TOR PINTAB-1MERIC IV 285 r 17 29 21 ? 24 25 ARX TIST REILLTI TENPER ATURE RELATIVE HUMIDITY 200 91 3 117 10 3 10 17.8 6.4 85 63 55 19 TOUT 12.4 91 15 176 84 84 69 $5 19 4 100 0 128 107 2 5 18 3 68 84 69 59 29 0 54 6 8 2 118 1,5 23.1 58 87 S7 65 30 3 52 2 80 124 45 23.1 57 BS S8 61 19 6 55 4 80 94 60 20 22.6 5.8 85 61 39 4 34 3 5 B 14 3 6.0 28 2 5.2 83 64 55 38 2 36 3 61 13 9 4.5 28 2 5 3 54 83 63 39 5 36 6 58 59 13 3 63 55 28 6 5 2 83 18 9 97.1 12 6 33 10 91 17 2 50 85 66 191 96 7 10 4 96 1.5 17 3 5! 41 85 66 19 2 93 2 119 SS OS B4 16 4 5 7 86 70 19 3 1 84 6 12 2 7.3 $0 0 17.1 46 AS 70 28 7 57 4 7.5 62 21.5 60 11.9 55 42 86 28 9 6? 54 7 49 7 3 10 9 40 3 3 66 22 31 0 50 2 S 77 70 49 20 20 7 66 95 294 51 6 70 5? 95 4.2 7.7 2 5 21.3 16 37 5 3.5 65 374 SS 25 6 60 10 2 32 35 37,6 36 7 88 5,6 45 60 25 3 11 s 38,8 33 4 65 70 55 5.7 40 259 12.5 40.1 $6 32 8 8.6 30 12.9 21,2 70 $!

·38 TABLE 5-SPINNING TEST RESULTS 1 2 3 4 ត 13 Waste Te ENTE> PIN PARTICULARS Season Counts Nominal Sample No Veight of Sample Mlow Room Loss Card Room Loss Spioning Loss Tot ai Luss Card Prducta per Bour Rink i ruine IT 11 turnp Ел е по Rong Frame Yatu Breakages 07 Saru Frametral Roller Sprut RPV Plume Full Roller Diateter RiusFrame Draft RIDR Frame turps per loch. Ibs Ibs ots oolo 1923-24 106/1 10 3 0 08 182 20 100 4 26 18 85 10 106/2 0 08 | 19 8 08202 0820 183 17 16 85 10 2 10 5 10 S 100 IP 7/8 7/8 7/9 7,8 10 0 10873 182 4 08 16.85 30 100 013 141 6.45 21 8 6 43 21.86 10 0 31 161 | 7/8 10 0 37 141 6 41 21 86 14 7/8 7/8 100 11 6 2 39 0 09 115 8 71 26 97 10 0 12 114 8.39 26 971 11 10 0.25 0 09 106/1 106/2 106/3 106) 10612 106/3 B5A/1 1924 25 85452 83B/0 850/21 BSA/1 85.412 B50/1 8 39 26 92 4 20 16 85) 20 7 43 98 06 14 3 7/8 7/8 7,8 7/8 7/8 181 7 0 09 . 191 4 26 16 85 51 8 401 10 3 06 149 0? 14.0 7 006 10 182 + 17 16 8$ 1 7 40 10 2 03 13 9 . 0 09 1. 183 7/8 4 17 16 85 645 21.86 90 7 . .. . 0.09 140 7/8 7 . 0 06 140 7/8 6 15 21.86 7 .. .. 0.06 .. 111 7/8 6 41 21.86 850 2 7 I .. 006 6.25 21 86 40 7 I. .. . 0 06 114 7/8 7/8 3/8 8.71 26 97 7 . 0 09 831/0 85412: #SB/ USB, .. 114 8 55 26 87 7 20 0 06 119 7/8 9.39 26.97 7 .. O 06 113 7/8 8.28 28 97 ·39 TORPV1B-AMERIC IV 285 F 18 ? 24 25 TY 21 23 TEMPER ATL RE RELATIVE HUMIDITY JAN 1:31 RESL LTS to run in sirenerhin ingle Thor SETIT (ye Single Thread frekularis Single Thread Weaknes rer ceolase Turns xt Inch Accuel. Single Thread Extension, riasies Testing Room 85 63 64 55 20 W 9) J 103 17 8 IO 69 55 8+ 19 ) 100 1 15 124 91 176 84 69 84 59 194 F000 12 8 10 7 6 8 25 18 3 87 65 57 29 0 34 6 58 N 2 15 23 ! 11 B 61 58 85 30 3 32 2 80 45 124 23 1 5.7 60 81 95 5.8 296 35 4 в о 94 2 0 22.6 83 64 SS 39 4 34 3 5 B 14 3 8.0 52 20 2 63 54 83 38 2 35 3 13 9 5.3 4 5 28.2 59 5.2 83 39 5 36 6 5.8 13 3 5 5 28 8 85 16 39 18 9 97.4 12 6 50 91 10 17 2 8$ 66 52 41 19 1 104 96 1.5 96 7 93 2 17 3 164 60 70 $S 19 11.9 84 OS 57 46 16 70 17,1 19 3 84 6 12.2 0 50 60 86 62 28 7 SS 215 57.6 11.9 7.5 3 3 BG 6! +3 22 ! 28 9 54 7 7 3 10 9 4.0 86 70 5 20 7 30 0 50 2 7.7 95 20 4.2 HO 10 52 21 3 29 4 51.6 7.7 9.5 SU 32 $0 SS 3 5 25 6 37.5 37 6 5 5 10.2 60 52 753 37.6 36 7 11.5 5.6 So 25 9 70 35 38,8 33 4 5 7 12 5 70 30 40 1 32,6 5.6 12.9 ·40 TABLE 5-SPISSING TEST RESULTS 19 13 12 WASTE PERCENTAGES PINYING PARTICULARS Season Sample No Counts Nominal Weight of Sample Blow Root Loss Card Room Losa Srioning Loss Total Loss Card Pruutua per llour Ritg Frage ITO -ods id nonp1 dle per lu bir Kog Frame Yaru Breakages fel UL arb muts on many Roller RPU. Lily I same root זיזוי וטחוני Rug Frame Draft Ring frame turbo lab ut loc. 1923 24. 20 0 R/L 3/2 3/3 S 8 1 3 10 I! 20 91 102 18 19 5 10 3 10 5 IS200 210 711 7 15 22 2109117 16 911 88 101 " 3/5 3/6 O 64 0 16 054 311 0 19 313 3/4 21 3/5 3/6 3/1 31 100 189 + 10 17 58 163 7/8 33 17 581 165 7/8 +33 17.58 165 7/8 4.41 17 5 185 7/8 3 77 17.56 134 7/8 5.41 21.04 130 7/8 5 69 21.28 139 6 07 21.25 138 7/8 6 07 139 7/8 138 7/8 107 124 7/8 114 778 7.09 23 80 115 7/8 113 7/8 0.45 23 5 99 7/8 104 7/8 102 7/3 a 50 26.97 102 7/8 8 33 28 97 102 7/8 8.68 2697 102 7/8 745 24,97 19 9 L 06 9 | NL 0 25 O 32 0 16 | 18 O 40 0.16 0 12 0.19 0 32 0 81 0 39 0.25 0.31 o 19 3/2 3/3 3/4 3,0 31 312 3/4 + 33 . 2 B . 092 ·$1 TOR PUNJAB-AMERICAN 285F. 12 25 IN 19 33 20 21 VANN 11.1 Risti TENTER RELATIVE HUMIDITY. ATURE Lea Sfined LIR Singin. Thrrad qiyours Snele Theron Ingularity Single Third Wealnes IT centare Turns Inch) Actual Single Thira Lacusion 1 Spicdius Spining Rootd yo Testip Room. 20 6 897 45 11 ! 59 75 21 3 60 u 41 46 199 B2 0 62 60 32 0 41 50 19 > 82 100 3 110 7B 54 28 21 4 217 41 48 20 1 81 85 5 J19 67 3 3 67 * 19 6 107 0 13 2 61 6S 0 21.6 68 77 27 g 66 6 88 83 12 159 56 59 26,9 50 56 1 75 75 10 6 1 2 21.5 51 28 ) 41 82 50 5 77 25 0 5 2 08 41 50 82 28 1 63 1 7.9 87 24 23 4 4.7 63 27.2 81 67 4 90 97 13 56 23 B 67 81 28 6 67 0 57 BG 64 23 4 17.4 74 66 78 34 9 49,4 100 37 20 6.0 60 47 72 49 34 0 43 9 13 5 22 9 40 4.7 33 50 33 3 5 5 81 48 7 7.6 1,2 73 25 3 50 64 81 32 5 $ 2 52,6 2.8 25 6 91 83 68 83 #7 33 6 496 28 9 72 2.5 98 03 60 83 1.8 317 50.4 6 8 1.3 24 7 97 38 78 65 7J 39 9 39,4 5 5 13 5 200 23 5 bu 31 107 5 2 12.5 36 33 S 34 5 45 81 3) 26.6 392 5 6 2,4 81 $u 0 40 5 4.7 348 89 6,1 32 27.7 23 6 33 4.0 39 3 56 6.3 14.5 bu 83 b> 70 40 1 23 7 41,1 60 12.1 06 ·40 TABLC 5A-SPINNING TEST RESULTS 10 Waste TRECENTAGES PIVO I'ANCLLAR3 frosts Season Counts Nominat No Height of Sample Blaw hoom Loss Card Room Loss Spruning Loss Cory Trulutlu Total loss PCT flour Roug Franze to! ductiouTut Spor ule per i bars Rung frate tara Breaks Oz Yan Rrog Fraue tout Rover КРУ Yung Frame rat hulk Diameter Ricg rate turns Rug Frame Dralt per lach. 1923-24 0 913 914 915 20 105 111 5 91102 5 10 9 10 3 15, 20 210 2117 15 22 3 ... 2 10 e luz 16 22 20 100 911 8 8 10 179 0 25 0 64 3/6 3/1 Ost 019 25 aici 319 3/4 3/5 3/6 3/1 313 16 0 18 0.48 O 10 0 16 012 0 19 189 +10 17 sal 163 7/8 # 33 17 59 185 7/8 4.33 17.55 165 7,0 4.41 17 163 7/8 3.77 17.56 134 718 5.41 212 130 7/85 69 133 7/8 6 07 138 7/8 138 7/8 6 08 21.29 138 7/8 107 718 124 7/8 6.80 7/8 718 17.0923 80 115 7/8 7.10 238 115 7/9 6.45 238 99 7 7 89 289 104 7/8 8.23 28 9 102 7/ 9.50 20 97 102 7/8 8.33 28 9 102 7/8 102 7/8 7.65 28,97 * 3/3 314 31 346 311 3,2 0 64 0 33 0 25 0 31 0.19 3/5 8.66 28 g 2 R 032 .

·ceata 127 FOR PUNJAB-AMCRILAN 285F. 1+ 17 IN 19 20 21 13 23 24 25 SA**1,* RE L13 TEMPER AILRE RELATIVE ILUMITY Louleta Stornelli LH Single Thera Stroncih On Singir Thiru 1 kul atliv % Single Throa! Tums, MT Inch) Actual Single Third Cxiensloo ແtoo ສີແnປs Spinning Room% Testing Room % 106 B92 11 2 59 0 21 3 60 75 45 199 08 119 90 60 22 0 62 82 41 46 19 8 300 3 110 78 28 21.1 5.4 82 50 20] 1 5 3 21 7 6.7 81 44 86 5 107 0 119 13 2 19 6 65 0 21,6 68 81 1 44 67 27 9 66 6 88 83 1 2 15 9 5,6 77 28 561 75 10.6 1 2 21 S 5.1 75 50 59 - 28 3 56 S 84 7.7 08 25 0 5 2 82 41 44 281 63 1 7.9 87 4,7 82 41 50 27 2 23,4 23 8 67 4 90 97 1.3 56 81 63 44 28 6 67 0 86 64 0 5.7 81 +4 67 34 3 23 4 17.4 49.4 60 10 0 20 3.7 79 66 74 31.0 43 9 6,0 13 S 40 4,7 77 47 33 3 22.9 25 3 18 7 7,6 73 1,2 i 5 5 53 81 50 32 5 526 76 94 25 8 52 81 50 64 33 9 496 72 9.9 25 26 9 17 83 68 63 34 7 50 4 13 68 48 53 63 66 9.7 13 5 28 7 200 39 9 38.4 3.5 74 38 78 66 73 40 7 33 5 5 2 12 S 36 23 5 80 19 54 39 2 34.5 5,6 24 26 6 4.5 61 SU 34 40 5 34 8 6.1 BO 3 2 27.7 81 50 45 40 2 29 3 $ 6 14.5 6,3 29.6 1.0 3 65 33 401 41.1 6.0 12.3 0.6 29.7 4,7 83 0$ 70 ·6. REPORT ON PUNJAB-AMERICAN 289 1 for Season 1924-25 (Sample No. 80). 1 SIZE OF CROP Atont 20 bales tnr 19362R 11 GRADERS REMORT C11 Staple Length Staple Strength Regularity Jlartly I lor fundab-American Il/l-inch (ww fotme) Regular 111 FIBRI PARTICI'LIS 1 Filtre Length Distribution (Balls Sorter) - Vean group leugtbin eighths of 1) inch Percentage ! 6 B 12 1 01 24 Mean Cubre-Length Ly Balls Surter (luch) 26 Mean babe Length by Baer Sorter (toch) 3 can Ribbon Width (inch) Mean Convolutiona per inch 102 00769 122 IV SPINNING TESTS 1. Treatment Sormal Lattice Feeder, Crighton (Inice) Horges, Suutcber (3 times), Cani, Draslog (2 heads), Stubber, later, Koser, spun from slogle hank toving 10 Riog Traneo 1 2 Spenning Master's Report - Fairly free from seed but leafy and sery neppy 9 Spinning Test Results -Sre Table 8 Yan Eadminton - Scasoa Couats Sample Sample MO 60/1 Mo 10/? Samplo No 80/3 Sample NO 80/5 20 Evea Licon to tajrly Fair esen Fairly even to'lalily csen unerea uneveu very ucesco Very uneita Lien tu fuiy Fait I even to Furly cito to Fairly even uneven Оде ед L'acier lo sery, Very uneica uncica to 40 2) Nepesi. $ 73 0 75 70 55 5 75 + 25 40 #5 10 10 5 25 5 25 H0 Y REMARKS Tu..wtta find a rathet weak (U's igd is really suitable for war jata of moderate twist up to 31/36's The tot tette actulurus per ioch are some bat anomalous, trist being excessive for 80/1, 8012, 80/8 and 80/6, albit.1 CILS is not redected in tbc strength results,

·e
2097 1946.25
LAIN
PER CENO
LEAGT ER

·44 TABLE 6-SPINNING TEST RESULTS 10 11 15 WAST? PERCENTAGES SPINYING PARTICULARS Season lbs 129 ozs 807) 1924 25 20 100 90 NU 11 027 89 16 89 80/2 10 87 90 4 17 2 0 33 181 7/8 + 75 DI 16 84 60/3 5 87 104 10 190 0 28 140 7/8 4 68 16 8: ia DO 80/ 5 09192 28 JO 7/8 4 35 7D IG 84 16 89 20/5 94 126 0721 3 048 181 7/8 IP 4.55 +62 A0/6 9 2.4 i 13 9 0.7 | 215 0 36 191 7/9 16 8: 6011 30 200 0 21 10 7/8 6 93 21 84 0/2 10 011 140 710 80/3 $ 140 0 23 7/8 7.11 21.6€ 8.8) 21.86 8,6021 BA . . 18 BO 5 0 28 240 1,8 1 .. . 0/9 .. 0 34 140 8 89 21 8 1. 7/8 718 60/6 2 . 0 21 110 . 6 89 21 81 40 100 .. 11,9 2 42 0 39 115 8.11 26.9: 302 10 M 0 26 115 7/8 7/8 7/8 9.29 28.9 5 . 0 23 9.11 26 9 114 114 3 .. .. .. 0.28 0.1126 9 5 ! 0.36 113 7/8 7/9 718 9.47 26 9 N . 0.12 113 9.66 26 9 ·45 FOR PUA JAB-AMERICAN 367) 1€ 12 19 1 :: 2 26 25 YAIR Tan Rest 111 Truri. AMER RELATIV1IUMIDITY Counts Actual Lee Strength Lho SIRI.. That Smoth (no Sinel. Throat Irreenurlis singtThat modore They Temse Inch Actul Siogle. Thrra) Liimsica Sanning Room Looper wood aunisa site 21 672 114 . 20 22.6 @6 74 72 61 19 7 699 12 1 74 2 5 21.0 8.5 76 72 61 200 1001 12,2 79 8,3 74 79 63 197 1.0 05 16 7 168 103 1 13.1 81 8.4 74 71 58 19 9 1027 126 83 10 21 7 62 78 78 51 10 $ 106 8 12 3 74 D S8 74 78 67 299 21.6 26 6 $1 B 77 10 60 76 74 59 29 499 76 13 2 101 108 60 27.2 60 76 74 61 28.6 60 3 86 2.5 22.4 58 75 64 74 28 6 60 3 DO 11.0 22.7 60 78 65 74 76 82 30 27.4 53 78 90 $4 28 0 28 6 98.4 65,4 61 1 35 27,2 B3 76 59 78 6+ 118 J3,2 34 1 5.5 72 74 10 S 5.2 60 38 3 5 6 74 31 0 72 30 B 30 8 27.3 57 46 13 4 BO 39 1 4.$ 73 75 55 55 1B 5 8.5 36 4 83 3 407 73 65 75 50 27.4 12.1 53 37,3 73 53 40 6 9 S st 2 77 16 0 61 73 39,8 8 34.7 68 64 13.3 80 91.1 ·46 7. REPORT ON CAWYPORE-AMERICAN C.A. 9 for Season 1924-25 (Sample No. 77), 1. SIZE OF CROT Particular not availatte IL GRADER'S RCIORT. Class Staple Length Starle Strength Regularity Fine Tunlab-American 13/18 inch (mm) IL FIBRE PARTICULARS 1 Fibre-Length Distribution (1alls Sorter) Mean group length in eigbihs of an inch Perceatage nochens 8 9 10 09 089 2a Mican Fibre Length by Balls Sorter (incb) 26, Mean Fibre Lengtb by Bder Sorter (inch) 9 Dean Ribbon Width (inch) 4 Mean Convolutions per och 0.90 00065 IV SPINNING TESTS 1 Tretmenl.-Nornal i , Lattice Fealer, Crighton (twice), llopper, Scutcher (tins), Card, Drawing (2 heads Slabber, Loter, Rover, .pun from slagle bank rovingla Ring Frame No 1. Spurning Master's Report - Too such fine leal, and staloed, colour creamy white %. Spinning Tru Rawls - See Table 7 Yarn Examination 2 . Seasoa. Couets Sample 20 77/1 Sample No. 2714 Sample Ro 7713 Sample MO 7715 20 evca fairly eyen Evet 30 Cyca to rly Cved to falrly Cves to falrly Even lo eien eyen For Cved to falry Fair Fulrly elca even детел Fairly eren to Uneven Vaesen to very toe en to Warrea unerea gyen 2 75 1,25 0 75 1.25 JO Io 10 075 0 75 0.75 1,0 ery fp-sch - V. RCWARKS. Discotea de weak 40's, and is reaVycol sultable for warp yarn above, 30's whea spus with moderate tv The last sta for actualturas perlach Tre Fumewhat ano di bus, twist being excessive for 77/1, 77/2, 77/5 Ad 77, alibatalla eices is oot reiected in the strength results.

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·48 TABLC 7--SPIXXIXG TEST RESULTS 9 10 11 12 13 14 15 1 2 WASTE PINCETAGES SPINNING PARTICULARS, Season Sarople Yo Catats Nominal Weight of Sample Llow Root Loss. Card Room Loss Spinning Loss Total Loss Card Production per Hour Rine Franc Pro dle per 10 hrs Ring Frame Yam Breakager per or Yard Ring Frame Trog! Roller Speed RPM Rip Frame Crope Roller Dameter Ring Frame Dratt. Ring Fratne turas! per Inch הסכם Its High 77/1 1924 25 20 100 66 6 9 140 0 22 184 77,2 10 69 76 20 07 14 5 06160 $ 89 93 0 71 183 1 e! 77/3 7714 5 G D 90 0615 B 0 49 183 1 1 77/5 2 78104 I 618 7 0 46 182 40 7710 2 84 10 7 17 19 5 054 182 01 1 1 7711 31 100 0 29 143 10 142 P 1. 7712 77/9 15 0 23 3 141 7/8 154 16 85 718 4.4116.85) 7/9 4.48 16 83 7,8 446 16,85 7/8 4 16 16.851 7/8 4 18 16.83 7/8 6 8921 66 7,8 8,83 21.86 7/9 6 83 21,86 7/8 6 83 21.86 7/8 6 77 | 21,86 7/8 7 00 21 661 7/8 9 31 26 971 7,8 900 28 97 7/8 B 63 28 971 7/8 8 83 26 97 7/8 8.83 26 97 7/8 9 61 28.97 7714 5 0 19 141 2 .. 011 77/ 140 . 2 7718 023 140 41 10 100 11.8 2.45 0 79 115 .. 17/1 77/2 77/3 10 0 61 113 2 3 049 . 5 1. .. .. .. 0.40 1 77/4 77/5 2 0.57 116 7776 .. 0 46 116 HO ·46 FOR CAIXSORI - 1MT:RIC, 1X ( to 23 tt 17 13 TEYT. ATT VI TELAITTS ICte, 1. TI 11 171 LIII! Corinta irtaal rh Iran T! IM" C.T. WERT. Sere Tara stendas Fires wa us Iitesi Teting Roon. 67 76 02 73 30 5 19 6 45 40 1 0 76 76 54 194 79 DI 7 36 100 3 שן 15 178 62 79 19 S 6.1 IS 3 177 76 83 51 81 190 54 b) 9 ל טן JS 481 21,6 21.1 52 83 81 18 1 54 9950 98 15 75 58 79 29 2 32 470 75 1J 3 254 56 3 $ 79 75 29.2 481 5 69 264 29 74 69 53 299 45 3 10 10 1 110 50 69 74 298 33 440 73 21.1 25 79 16 1 62 B 29 2 SO 7 64 101 1.0 27.2 56 79 82 57 27.9 540 23 9 76 1.0 13.5 12 6 57 79 80 30 40 0 27 8 4.7 80 $ 79 60 38 4 2.9 31 9 10 5 3 31 1 30 3 27 73 65 38 4.5 39 0 32 4 50 140 65 78 73 46 11 39 0 25,8 30 9 4.7 12 6 40 4S 78 45 81 30 9 38 8 35 1 50 31.0 158 78 60 81 SO 31 2 37.9 63 35 8 55 ·50 8. REPORT ON CAWNPORE K. 22 for Scason 1924-25 (Sampic No. 79). 1. SIZE OF CROP, Tartlculant not afallable, 11. GRADCR'S RETORT. Class Colour Staple Length Staplo Strength Regulanty Fully Good Dengil Stalned 9/16 inch Fair Regular III FIBRE PARTICULARS. 1 Fibre-Leagth Distribution (Balls Sorter)- Mean group length in eightha of an Toch Percentage Navedon O 80 2a Mean Fibre-Length by Ball Sorter (anch) 20 Meas abre Length by Baer Sorter Alean Ribbon Width (inch) Mlean Convolutions per inch 078 .00070 96 IV SPINNING TESTS 1. Treatment - Normal 1, Lattice Feeder, Crighton (twice). Hopper, Scutcher (3 times), Card, Drawing (heads), Slubber, later, kover, spun from a single bank roving in Ring Frame No 1. 2 Spinning Alaster's Report --Badly stained, leafy, and a trifte seedy, gave off unusual amount of fly in the blow room 3. Spining Test Results -See Talle 8 1 Yarn Examination Season Counts Sample No 79/1 Sample No 79/2 Sampla No 79/3 Sample No 79/5 10 evea even E.C. 1. 123 Liez to (sirly Fairly even to fairly even to Eico to fairly uneven gevea Fair Fairly even to Fairly even to Fairly even to uneica Uncven upeven Fairly even to Falrly even to Uleven Uneven unerea 1 75 t 25 15 20 1 25 1.5 25 10 20 1.75 N7p.es 10 12 12B V. KEMARKS Tuis cotton la suitable for 10/13's warp yard spun with moderate to ist

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هدیه مجید

·52 TABLE E-SPINNING TEST RESULTS 9 10 11 12 13 2 3 WASTE PILOTALES SPYYJVC PARTICULARS ipaus Seasop os Counts Nominal Sample Ne Biow Root Loss Card Room Loss Spious Loss Totai Loss Cord Production Frasa N per lour dlc per lo brs Ring I am in 1rcahag's perne Yarn Ring Frame rout Incher Diameter Ring Frame Froot Ring Frame Drall Ring! lbs its OZS 1924 25 10 100 8 3 70 211 7/8 5 13 12.63 79/1 792 79/3 06 15 212 19 29 0+ 007 0 20 10 . 84 7 7 159 211 719 5 41 | 12 63 S 81 93 0 + 169 0 09 207 10 7/8 P! 5 83100 03 176 0 09 207 7/8 2 40 88 05 201 23 0 16 211 7,8 5 55 12 61 541 12 63) S 55 1! 631 5 41 12 63 6 15 2 80 129 03 201 003 211 78 79/ 79/5 79,6 79/1 79 79 3 Pe - 134 100 013 7/8 13 92 . 193 193 10 0 18 7,8 6 45 11 13 92 3 0 14 197 7,8 6 61 13 92 794 5 194 7/8 6 45 13 92 pe 1 0 09 008 79 S 2 .. 188 7/8 6 89 13 92 LA 188 0.08 .. 12 6 50 > 13 92 796 79 1 12B 100 . .. 0.21 177 623 14.68 7,8 7/8 7/8 7/8 79! 10 .. . 0 27 177 6 61 14 68 5 0 09 10 179 6 61 14.65 7943 7914 ** 5 . > 0 13 179 7,8 645 14.6E ·59 FOR CAWXPORI :. 35 TEXTE :1 FILATTYE IL MIDITY Count Actual ratmeth It 1 ui InRl. The Starr islostas Rima Testing Roo. C/ 96 117 1 18h 111 145 76 75 57 95 1174 19 33 75 76 75 St 94 1157 19 11 S 137 1 7 G 75 78 57 92 136 1 21 S 5 149 77 75 78 52 99 1055 137 113 60 8S 75 78 61 97 1170 19 3 106 20 1:51 13 5 155 74 75 78 65 11.9 817 14 3 16 3 9 5 63 76 38 74 116 854 16.2 1 3 35 188 63 76 74 S3 11 3 92 9 16 5 140 75 156 67 74 74 31 101 2 16 6 82 20 16 0 74 63 74 114 650 170 62 116 55 82 19 7.2 76 113 97.1 66 10 7 148 ? 0 7.3 82 76 11 B 17 4 16 7 95 9 12 3 73 $7 35 15 1 74 11 5 GB 7.1 958 17. 53 71 73 35 15 S 36 11.2 112 5 17 1 11.0 76 40 68 51 16.7 74 11 2 110.4 18 8 OG 16 3 $ 2.0 76 73 36 ·54 9. REPORT ON BUNDELKIIAND J.N. I for Season 1924-25 (Sample No. 78). I SIZE OF CROP. Particulars pot available, 11. GRADIR'S REPORT. Class Staple Length Staple Strength Regularity Flac Fudlab-Americao. 11/16--13/16 inch. Good III FIBRE PARTICULARS 1. Fibrt-Length Distribution (Balls Sorter) Mean group-length in eighths of an lach Percentage 03 2 2 5.3 14 8 32.4 33 0 307 19 0 79 2. Bean Flure-Length by Balls Sorter (inch) 2) Mean Fitre-Length by Baer Sorter (inch) Mican Ribbog Width (inch) 078 00070 96 IX SPINNING TESTS 1. Treatment -- Vortual. 14, Lattice Feeder, Crightoa (twice), Hopper, Seutcher 3 times), Card, Drawing (2 beads> plutter, later, Rover, spun from a single Lapkrosiugia Ring Frame No. 1. 2. Spurningalantero Report -Clean and white barsh to Icel 3. Spinning Tau Risults See Talle 9 4 Yarn Erdminen - Season Counts Satnple NO Sample No 7872 Sampte No. 78/3 Sample No 7076 78/1 Cido Съед Intalna 10 Leen Even 1 ar Even ta fairy tren Fair Fairly eveo to on. even Even Fair 0 75 Nosylben { 05 0.25 1.5 0 75 10 12 0 0,25 0.25 V. REMARKS. n's bottom linetalle lur 10,1+1 yara ipun wilt moderate $111.

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·56 TABLE 9-SPINNING TEST RESULTS 5 6 7 8 in 7 13 11 13 VASTE PERCENTAGES SPANNG PARTICL LARS Season Sample Na Counts Nominal, Go Weight of Sample Ibs 15s OYS 192423 10 15 7 IS 1L 0 14 192 5 72 13.58 . 0 31 718 7/8 7/8 5.69 13 58 Pe #1 192 191 | 59 7811 782 78/3 7811 78/5 78/6 78,1 S 7 5 6 12120) 5 7 71 08131 68 07130 56 70 07 1? 8 5 5 11 6 1174 51 121 0917 3 5 0 17 13 008 191 278 2 193 7/8 04 0 08 193 718 13 100 044 182 21 7/8 7/8 7917 10 0 08 192 PE 5 55 13.58 3.83 13 58) 5 26 | 13.si 3 26 13.58 8 $ 14 661 896 14.65 6 50 14.68 6 72 14 68) 693 14.681 6.50 14,68 4.33 11.31 4.53 11,31 5 0.17 192 7/8 7873 784 $ 013 182 719 11 79/5 2 . 0 15 186 7/8 78,6 2 009 185 7/8 14 78,0 B 100 .. 098 212 7/8 19 0 07 21: 7/8 5 210 7/8 4 33 11 0 30 021 78 5 # .. 210 7/8 4 53 11.

·TOR BUNDELI.1111111 1 LI 147Toll 1:11Y, Coane Irina 1 na <a Hai.. towns 10 6 !! 8 63 77 II 10 2 69 77 54 102 I 6 נו SS 1 80 37 96 745 0 13 S 5 6 81 89 60 10 0 128 9 296 0 65 13 2 67 79 25 96 1332 121 151 0 60 13 7 60 79 25 120 65 1 141 62 03 5.2 77 24 14 6. 12.3 88 149 59 69 0 74 18 77 58 11.7 BH 7 48 166 11.1 2.0 14 5 75 60 75 12 6 - EG 1 25 8 65 9.5 75 D 142 56 75 11 7 93 & 169 76 74 63 9.3 0 $ 7 13.7 11.3 110 4 63 74 76 16 4 98 9.4 60 7.69 129 9 65 76 73 19 5 13 B 62 0 7.71 73 76 63 24.7 9,3 0 6 7 148.5 32 6 7,94 117 11.3 117 11,6 75 6 @ 72 57 23.1 4.5 7.12 11,8 B.6 1460 75 72 64 60 29.0 1.0 ·58 10. REPORT ON ALIGARHI A19 for Season 1924-25 (Sample No. 22). I. SIZE OF CROP. Particulan potillatle. 1. GRADER'S REPORT, Class Colour Staple Lengtb Staple Strength Plac. Creamy. inch 111 FIBRE PARTICULARS 1. Fibre-Leagth Distribution (Balls Sorter) Mean protip-length in eightbs of an inch Percentage, 8 ana 5 8 26 10. 17.5 01 0 71 2) Mean Fibre Length by Balls Sorter (inch) Mean Fabre-Lengt) by Baer Sorter Dean Ribbon Width (lach) Mean Convolutions per inch (inch) 0 72 00078 129 4. IV SPINNING TESTS 1. Treatment - Normal . Lattice Feeder, Crightontwice), Hopper, Scatcher (times), Card. Drawing ( huds), Slubber, Inter, Rover, spun from a sogle bank rovlogia Ring Frame 20.1. 2 SAMMEN Mauro Report 1 Spinning Ted Kon Seo Tatle 10 c. Yan Eten Season Counts Sample no 72/1 Sample No. 22/3 Sample No 23/5 Sample No. $ Fair Faldly esca to peres Fairly even to Uneven Fairly even to geven Varren Voeven 63 Fair 10 Eves to fairly Cica Evea to falrly ered Vorrea Vaeves Vaevta Feli 10B Noppizas 53 to 10B ܘܐܘܘ 0 0 25 0 25 V, REMARKS 11-tog date for stout jarabea irun with moderate tsit ·LENTH ·60 TABLE 10-SPINNING TEST RESULTS 2 5 9 10 11 12 13 14 15 WASTE PERCENTAGES STIVINO PARTICLLARS Season Sample No Counts Nominal Weight of Sample Blow Room Loe arl Room Luse Loss Spinning LAN 1:01330 pos polos RINR Trame Production per Spin dhe parish Rong I came land Isreabres 02 Yan Speed Ring frame 1 root Ring I rame Rolls Diameter Inch Ring I tome Drait Rior Tratoc tums perluch Ibs 02 1 1921 25 1 104 100 36 65' ? 10 9 011 7,8 $ 60! 15 OS 22/6 22/S 193 198 10 12 128 1 1 06 600 15 ON 75 80 - 5 13 2 0 22 180 6 00 15 OSH 1 7/8 7,8 5 78 > 40 22,3 2212 0 17 180 600 15 08 51 13 13 7 6 2 10 609 16 8 4 7 10 7 10 2 0 30 169 7/85 78 15 OS 7,8 1 3 41 15 ON - 12 0 30 22/1 2276 191 1011 100 0 07 186 5 46 13 5 7,8 7/8 - 22/5 2213 006 190 365 13 58 13 58 11 2 0 +5 219 7,8 5 70 22/1 1 0 43 208 7/8 1041 0 06 188 7/8 10 3,4 13 5 4 80 13 500 178 Son 13 5 14 000 190 7,8 7/8 S DO 0 19 te 1 U20 2221 7'9 4 80 13 5 815 H 100 011 2012 7, 4 6 120 10 006) 239 3 00 12 07 1 S .. .. .. O! 242 5 00 12 07 713 5 1. .. 0? 2 +8 7/8 461 12 07 ·61 FOR ALIGARH A 19. 16 17 18 19 20 21 22 3 11 25 YARY TEST RESULTS TEMPER ATURE RELATIVE HUMIDITY, Room Couets Actual Lei Streagth LHS SinRlc Throul Stirnih Single Thread The gulirity Single Third Wchoess IT cootage Tums per Inch Actual Single Thread LaicosOD saruuids Testing Room. % 93 99 5 159 8+ 16 2 50 91 62 75 94 103 6 172 13 6 64 161 52 91 66 79 9 6 92 2 17 9 14 S 68 163 56 89 65 73 9? 105 8 18 2 15 9 64 15 4 62 90 69 83 96 99 0 17 2 12 16 3 96 15 5 62 90 66 84 1024 IS 8 30 16 70 90 66 81 90 77 1 13 0 20 5 19 2 91 65 1 77 150 13 9 66 71 16 8 54 91 66 75 157 15 S 124 164 95 73 3 21 3 58 90 68 99 65 2 151 13.6 7 Z 140 58 90 66 61 77 124 8 62 72 15 1 62 91 76 18.7 23 7 13 6 10.1 79 1217 40 99 14 B 62 65 77 89 63 77 62 73 122.0 12 4 90 69 79 126 2 N2 248 14 6 6.7 10 2 32 91 65 46 76 87 3 19 1 78 15.1 13.1 83 65 76 8 73 20 3 13 1 13 1 12.8 54 89 65 73 78 78 3 17 ) 17.1 16 8 10 13 6 5.9 90 69 13.2 s! 77 20.5 66 3 ·62 II. REPORT ON COIMBATORE (CO) 1-CAMBODIA 295 for Seasons (1923-24 (Sample Nos, 2, 105). 1924-25 (Sample No. 84). I. SIZE OF CROP. About 600 bales, (Total Cambodia crop about 165,000 bales for 1925-20.) II. GRADER'S REPORT. Season 1923-24, Season 1921-25. Class Colour Staple Length Staple Strength Regularity Remark Extra Superior Good 1-1 och Good Regular | Fine Cambodia. Creamy 1-15/16 inch Goo! Staple not as good uin 1923-24 111 TIBRE PARTICULARS 1 Fibre Length Distnbution (Balls Sorter- Percentage Mean group-length in eighths of an inch Seasca 1923-24 Season 1924 25. 05 5 6 7. 15 8 06 1S 30 63 13 7 25 5 27 8 15 7 59 9 10 11 247 60 O 5 I04 0 86 * Meas Fibre Length by Balls Sorter (Incb) Mean Fibre Length by Baer Sorter (inch) Med Ribbon Width (inch) Mean Convoluttons per inch ܚܝܪ 03 001169 91 0 85 00064 91 4 TV SPISSING TESIS Season Counts Simple NU 2/1 Sample hu Sample MU 2/3 Sample Nu 2,5 Sample NO 103/1. Sample Nu. 84/1 I tants Eventutarly Iru tait Vectra Luca totsirly Lies to fairly Cscalofaldly Cies cveta eitt 075 1 S 1) 0 $75 123 0 - toplona Exca to very Even eyen I LLC 3) Even to falily Fair evca Fair Fairly evta to deve 20 Amade 0.75 1.75 1.0 75 V REMARKS. Tu bottovat xeber war yarare eitheata twist It to particularlylalartint to note LIL«** Nontacle bosib ta 19:125 * cucured with 19.321, there is very little dintreact Let ut..blata wtu kaut

·LENGTH (M)
Sorte MV
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CFY904 295F 1924-25
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·1923 24 64 TABLE 11--SPINNING TEST RESULTS 4 5 10 11 12 13 14 15 WASTE PERCENTAGES SPINNINC PAETICULARS Season Counts Nominal Wocht of Sample Dlou Rerum Loss sunyur) UNI per loch lbs 100 Ibg OZS 28 2012 6 2 4 16 9 134 7,8 5 85 21.29 34 100 107 78 6 94 23 20 - 40 100 102 10) 9 2 18 8 15 20 6 12 99 B 18 26.97 7.80 26.97) 7.94 | 26.97 S 40 18 4 100 11 5 36 135 2 6 18 7 103 7/8 7/8 7/8 7/8 718 7/8 7/8 7.80 26.97 1 51 8.18 20.92 & 16 28,971 2 10 5 3 17.0 11 8 IN16 9 62 09 10 9 9 1 100 20 100 41 U11 181 4.18 18.85 4.36 18 BS 2 10 Ub 14 015 181 IV 4564 110 DIS 181 4.17 | 16,85 779 7/8 718 7/8 - 30 100 0 05 133 Z 30 005 142 6 21 21.86 8 45 21.86 6 2321,86 8 28 1 26.971 1V 005 143 P 7/8 7/8 0 TOU 11U 2 33 0 12 115 . 1V uts 115 7/8 3 IV be . 015 115 1 1924 25 20 + 003 .. 1601 0.5 13,1 $11.9 7/8 7/8 7 82828 07 8.28 28.97 4.27 16 85 1,1718 BS 6.41 21.86 9 16 009 180 9) . .. .. 0.14 139 2 # 27 0.09 139 78 6.25 21.86 9 09 113 • & $ 926.97 718 718 . .. 113 . . 8.79 20.97 ·65 FOR COIMBATORE I (CAMBODIA 295) 16 18 20 25 22 23 25 VARK TEST RESULTI TEXPER ATURE. RELATIVE HUNTDITY 1 Counts Arnal La Strength it single thrrad Strength or SIARI. Thread Irrgularity Single Thread Weakness Pro colage Turds per lach Actua) Single Thread Calension Spinalne .com. Spisning Room. Testing ROOTH 24 60 9 75 93 04 19 0 2.8 83 63 60 34 4 428 $4 99 1.2 19 5 2 3 83 63 59 39 6 35 B 53 85 1 2 21 1 29 83 64 SS 39 9 36 1 47 13 3 60 22 3 29 60 66 43 38 47 13 6 39 6 69 22 7 31 78 73 53 — 37 8 13 1 58 22 7 3 3 79 39 0 60 67 39 15 3 9 5 20 4 19 6 2.7 79 424 61 60 61 146 7.3 19 6 3 3 41 3 31 6 78 65 120 0 84 87 17 1 73 894 20 57 20 16.7 981 4 6 86 7? 78 9 10 5 19 9 47 45 # 3 13 01 172 83 72 90 4 10 5 55 19 5 20 4 0.5 87 37 73 80 96 57 56 4 29 6 8$ 4.5 69 22.1 $ 29 8 51 2 71 10 7 30 2.5 38 69 85 58 20.9 51 9 29 3 11 10.7 36 87 24.2 3 5 72 62 57 40 3 33 5 10.8 33 85 26 8 63 52 1.5 394 52 11,9 3: 6 25 3 85 63 59 35 39 1 52 33 ? 12 6 190 67 0 87 74 61 20.0 844 80 12 0 66 87 74 55 0 5,8 19.5 81 0 11 9 17.8 21 8 S4 1,0 76 87 $7 11.6 30,5 47 9 68 1.5 22,5 SB 87 76 90 $5 29.9 47 7 71 28 S 33 50 83 & 6) 11 6 5 5 39 0 33 7 65 26 fin 40 47 11.4 $0 19,6 30 1 5 ·OOO 66 12. REPORT ON NANDYAL (SIRCAR) 14 s 1923-24 (Sample No. 73). for Seasons (1924-25 (Sample No. 74). I SIZE OF CROP. About 3,000 bales 11 GRADER'S REPORT. Season 1923-24. Season 1921-25 Class Colour Staple Length Staple Strength Regularity Fine Cambodia Creanty 15/161ach Good Regular F. G. to Fiae Creandy 1-15/16 inch Good. III FIBRE PARTICULARS Fabre Length Distribution (Balls Sorter) Percentage Mean group-length in eighths of an anch Season 1923-24 Season 1924-25 01 10 0 90 089 20 Vean libre Length by Bulls Sorter (inch) Vean Fitre Lengtb by Daet Sorter (inch) Mean Ribbon Width (lucb) Bleau convolutious perisch 3 0 91 00074 86 O 89 00068 0 1 IV SPIVSING TESTS Toamen ... Lattice Feeder, Crugbton (twice). Hopper, Suutober (3 times). Cant. Drawing (: beads), Slutler, lacer, Rover, spus from single bagk toring Riog trade No I SA** lar. Kopuri-19:clean but to creamy SAINT X-Seelalle 12 Liani Seasoa Counts Samck . Sample Nu 13,2 Sample NO 7) 3 sampla 0 733 Sample O. 20 Eveutna 40 Eren solairty, E.ca E.cg ECG (Lveg to fairly tren ellte Fatly evento Eventolady, Cytatotairly Evento tally Fourly evealu масса teeb even ti vaerto L'eevee Caesca Loeica L'aelen L'oeta lo Sy voeteg 30 3 66 1.25 1.35 2.3 30 su 11 1. V. REXLARKS, Itu staralout 30's warp yarn pus mit tolerate tuut, 7te truths for 1924-25 ans auch HMMstaw wr:36

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·68 TABLE 12-SPINNING TEST RESULTS 9 10 11 12 13 14 15 WASTE PERCENTAGES SPINNING PARTICLLARS. Seaso Sample Ya Couats Normal Weight of Sample Blow Room Loss Card Room Loss Spinning Loss Tota) Loss Card Production per Hour Ring Frame Pro dle per 10 hrs Ring Frame Yarn Breakages per oz na Fraine Front Dodanos Ring Frame Toni Roller Diameter Inco Ring Frame Draft Ring Frame turu per lach. th Ibs OZS - 1923-24 20 100 61 57 09 12 2 0 20 182 4 75 18.9 7311 7912 73/3 10 59 75 09 19 7 0 17 182 7/8 7/8 7/8 + 33 16 B5 S 60 78 0 09 182 4 59 16 85 5 62 83 013 182 7/8 4 59 16 85 73/4 73/5 OS 137 05 144 94'05 16 10 8 05170 2 . 0 34 182 718 44€ 16.85 13,6 40 66 023 182 78 7311 & 33168 8 61 21.86 إلى 100 0 33 112 7/8 7/8 73/2 . 10 0 30 14? 6 45 21.86 73 3 5 . O 13 141 7/8 6 3 1 21.86 79,4 5 .. 0 09 141 73 5 7/9 7/8 6 75 21.86 8 68 21.86 2 013 77,0 2 10 011 78 8 50 21.86 141 114 73/1 40 100 11 6 2 42 033 7/8 8 66 26 97 732 10 4 045 7/8 88028 97 73 3 $ 2. 0 13 7/8 8 628 97 734 5 M 0 09 118 7/8 8 BJ20.97 73 $ 2 .. 011 8 83 26 9T 76 7/8 7/8 ? M O!! 8 68 | 26 27 1934 V N1 0 6 13 9 20 190 16 831 10+ 7/8 7/8 9 OS .. 20 180 23 16 85 30 9 P. 003 7,18 6 BU 21.86 OOS 141 9 6 61 21 NG 9 14 1 29 971 .. 718 7/8 7/8 0.15 — > .. 8 BU 26 97 ·FOR XANIYAL 14 (XORTHERXS). 16 17 18 21 25 19 23 24 TAIN TIIT RESULTS TEMPER ATLIE. RELATIVE IluxIDITY. (int Arial Lea Strength LR Single Throat Strurib 075 Storle Thread Irregularits Sirle Tiread Weaknees Per centage Quem un Stole Torrad Tslenslon Spinning Room Spinning Rootn, Testing Room - 19 51 93 7 14 6 10 0 16 19 5 62 84 73 58 19 2 93 3 12 5 48 19 1 56 84 73 56 824 13 0 12 9 | 12 6 201 931 5 5 194 83 78 50 82 0 10 1 36 19 7 53 19 8 83 78 56 93 4 13 O 91 19.6 1 5 20 2 5.3 B3 78 60 12 6 79 10 19.5 51 71 8 83 21 4 78 57 93 53,0 9.8 2.4 25 3 35 83 29.7 73 64 24 9 47 9.8 83 52 28 6 2.1 73 84 35 2 20 24.5 5 5 85 9.7 80 55.3 57 28 1 9 6 85 24.2 50 80 62 4.8 29.4 55.3 89 12 5 63 78 61 54.2 50 23 9 29,9 8,6 11.6 83 4.7 82 78 30 50 9 11.4 30 1 91 241 83 73 59 6.4 39 4 36.1 BO 29,6 12,0 12 2 83 73 42 54 4.8 294 64 39 3 34.4 83 74 61 39.4 32.9 64 13 2 5,6 29 2 43 B3 74 66 38 7 37.8 62 29 3 11.9 84 79 57 40.5 30 29.3 33.7 12 5 66 84 79 27.9 70 39.9 121 34.1 6,3 2.3 82 17,8 62 $ 6 19 8 96 3 11 8 107 63 16 7 80 10.3 97 5 18 6 10.9 91 2 81 61 58 64 10,8 74 52.8 29 7 22.9 37 NI 30 81 $) 12.8 28 9 51.7 27.0 36 3 5.8 59 ISB 4.9 34 0 29 0 1 13,6 80 27.2 5 5 33 3 38.5 ·70 13. REPORT ON HAGARI (SIRCAR) 25 (1923-24 (Sample No. 75). for Seasons 1924-25 (Sample No. 76). I SIZE OF CROP About 25,000 bales 11 GRADER'S REPORT. Season 1923-24 Season 1924-23 class Colour Staple Length Starle Strength I FG to Fine Western Tinged. 13/16 inch Good Fige Western Creany 11/16-inch Good III FIBRE PARTICULARS bre-Linzth Distribution (Balls Sorter) Percentage Mean group-length in eighths of an inch Season 1923-24 Season 1994-03 1 5 3.1 75 15 0 29 0 27.9 13 0 20 6 21.6 6,8 10 11 0 0 90 0.80 24 Weat Fatre-Luugib by Balls Surter treb) Med litre-Length by Baer Sunter (act) Meat Ratbon Widtbach) Mean Cun vol 2100 Focb 3 0 90 1070 4 0,87 ,00066 91 TV SPINNING TESTS, " Sc4500. Count Sum; le Sample na 75, Sample Mo 73/3 Sample NO 75/5 Swarto MO 7/1 751) Even L1.-** Falr 12 Fulyatot ugeven Baa 1.0 1.0 0.73 1.73 1.3 1.5 1,75 1.5 1.0 1. REILERKS. 1 cute. (andey Leuter #flaslar to lur 18+23 thug for 1923-24 It may be noted tbs tbt rita Lux kule kerb to de 18+:5 cotlog kertas by the surti tauit niue

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DAI
PLOCYT
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HAGARI 25 1924-25
LEN
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·72 TABLE 13-SPINNING TEST RESULTS 5 6 7 8 9 10 11 12 13 1 4 WASTE PERCENTAGES SPIS VINO PARTICULARS Scason Sample Mo Counts Nominal za 5 Weight of Sample Blow Room Loss Card Room Loss Spinning Loss Ibs OZS 1923 24 20 0 29 183 7,8 73/1 7512 75/3 # 35 16 85 HP 0 28 183 78 4 35 16.851 . 5 10 6 63 11174 98 81 09178 100 86 08 18 4 94 94 1118 7 10 S 11 0 0720 9 10 SI 117 1 2 21 9 0 14 184 75/4 7/8 + 25 18 85 5 PP 023 184 75,5 7/8 . 4 23 16 85 + 08 16 8S 0 47 182 25/6 ++ 2 7/8 7/8 0 72 182 75/1 + 33 16 85 1. 30 100 013 140) 75" 7/8 6 621.86 BI 1 10 005 140 75/3 7/8 6 61 21 86 5 0 14 141 750 7,8 645 21 86 3 . 0 28 841 7315 7,8 62431 86 4 OR 2 0.12 140 730 78 2 I 86 ve 0 36 140 7511 7/9 40 B 43 21.88 100 120 ? 47 0 70 113 752 7/M 9 14 28 97 1. 21 10 0 32 115 75 7 #H24 97 w 8 - 0 73 114 754 718 N 50 $ 96 97 0 64 745 7,8 ? 0 47 8 23 26 971 # S02H 91 75 116 7'N M 2 .. 049 19:4:5 116 73 10 8316 971 10 $ 9 70 72 012 017 183 718 444 16 831 7! 10 » 10 02: 183 7, 4 411 18 BS 010 14: 7,5 741 V 10 142 6 66 21 IU .. 033 7/8 to # 35 28 97 0.13 # X3 24 97 ·73 TOR MAGARI 25 (WESTERXS) 10 17 Ik 21 Tatran, Tixin ATLRT Rrlantllurity, mint Setta! Le Sirensible 191 766 11 6 1 96 0) 17 1 4.6 82 82 53 73 4 1201 9 2 1) 5 18 3 82 . $8 195 75 7 112 0 17 5 47 84 78 63 122 LO 201 61 7 0 169 4 7 84 78 04 200) 70 0 118 109 1 5 18 4 4 5 84 78 SA - 192 79 8 11 5 69 0 18 7 46 84 78 63 28 9 75 16 6 198 83 38 81 51 29 4 93 83 44 9 72 US 81 21 9 60 + 2 84 94 30 0 79 61 41,6 7.6 40 10 6 OS 209 41 6 84 7.8 29.7 36 79 64 30 0 76 39 9 61 20 4 69 0 8.7 84 4.3 76 21 8 64 30 9 70 10 5 05 35 3 26.4 78 32 34 40 2 5,0 92 0 83 78 57 400 27 S 50 10.0 0 24 3 3,7 88 bo 251 3 39.6 27 0 59 9.4 10 81 3.4 BO OS 39 6 54 21 3 29 4 10,5 35 218 84 78 34 39 0 05 27.1 5 3 1 94 34 84 23 6 78 56 28 2 9 7 39,3 05 5 3 180 4.5 80 7! 1.5 64 92 8 7.7 11 3 19 1 19 9 SO 174 NO 72 62 85 10 8 0.5 820 47 2 229 39 7! 55 98 29 3 73 2! 0 60 38 80 7? 62 123 79 46 5 71 34 27.1 11.0 64 74 53 136 27 39 4 30 2 10 276 86 12 74 39 4 31 B ·24 14. REPORT ON KARUNGANNI 'C'. for Seasons (1923-24 (Sample Nos. 6, 107). 1924-25 (Sample No. 86). 1, SIZE OF CROP. About 33,000 bates (ordinary Kanungapni crop is much larger) II GRADER'S REPORT 1 Class Calpur Staple Length Stapic Strength Regularity Remark Season 1923-26 Fine Cambodia Cream) nch Good Regular Season 1921-25. Fine Crearey 1-13/16 incd Good Regular lot equal to 1923-26 cottoa, whicb 14 surror all round FIBRE L'ARTICULARS 1 Fibre Length Distribution (Balls Sorter) - Percentage Mean group-length in cigbths of an inch Season 192+23. Season 1923-24 03 07 15 +0 11 2S 214 27 tisoco. 10 24 D 96 0.85 Meu Fibre Length by Ball, Surter (ch) Mean Fibre Lugth ly Baer Sortur (1uch) LA 0 95 084 ubber, soft eu unusual Aval of dy 3 Spinning Test Results - Tatk 14 4 Yan Hamilton - Season Cuunts Sarople 6/1 Samle 6/ Sample No Sample NO 65 Sample 107/10 Sample N. 80/1 -- - Eyeu Erra 34 L 3 Eyes Even * AT Erea tutairly Luta to Letoturiy 1 evcu Marly evca ECO Hawly ve Fair F tarty esen Weveu to uacuco Hurutu csen tuestu lu Ugeven 6 l'unico It afly 1 o 0 ? 1 00 ! { 088; Illit! 8098 illi Cyca sir II Eveg Patr Hairly stea to Nuevo 23 Ark # 73 KLAVKA Tuala Lan.'! *****, is rata'let was at 119 atau wl18 be 101. *****'auts platobrt*t* tet ou 1)' I. but I repeat 1 101. MB 111311411 15wit di aver be atta 17... >Autot. As 14 wt part deter*** 1672 wt muisbud, welf toat.;"*** nu... was * !*4' 3563 intitutu. S***..-H

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·36 TABLE 14-SPINNING TEST RESULTS 10 12 13 14 15 2 5 B & WASTE PERCENTAGES SPINNING PARTICULARS. Saan Simple Vo Counts Nominal Weight of Sample Blow Rociu Loss Can Roon Los Splorlag LOS Total Loss per llour RIO Frame Pro diction per Spin dle per 10 bra Ring Fraine Yaro Breakages per oz Yara Ring Frame Front hok speed Roux Frame Front Ruller Diameter Inch RIO& Frame Draft. Rog Framne turns per loch KP 70 1923-24 7 2 50 pal 7/8 7/8 O 170 to 350 SB 78 LEI SI 0 23 163 7/8 PT 614 $91 7/19 1661 74 SI o 26110 10 8120 1 8175 SI 7/8 3 50 17.58 3 R8 17 3 92 17 54 3 70' 17 56 3 70 17 se 4 89' 25.29 21 29 $ 28 21 20 3 51' 21 25 60 718 R10 7/8 0.12 7/8 012 131 7/8 0 7/8 ots 138 7/8 0 31 0 23 012 8/2 127 117 119 119 7/8 0 33 7/8 0 U 7/8 109 102 101 102 SS 7/8 t .

·77 TOR LARUNGANNI C. 16 21 17 25 18 19 20 22 23 YARX Tun RELTS TEMPER ATUTE RELATIVE HUMIDITY. Chunts 11 Lea Strength LHA Single Thread Strogih On Sinkle Thread Single Thrrad Weakora teri centngr Turna per lach Actual Slagle Thread Spodln Room Spfanlag, Room Testiss. Room 19,9 76 3 65 09 18 4 5,8 84 71 57 18 6 85 8 11 4 80 16 18 4 62 85 36 63 19.3 83 7 11.4 64 18 0 6,0 85 45 51 75 1 10 B 12 6 6.0 21.0 5,8 84 20 2 43 62 93 4 11.7 6.7 1,7 170 19.1 5,6 82 47 67 10,0 25 176 81 49 64 19 3 89,5 16 1 7.5 11.2 22 9 5.0 8+ 71 48.9 63 21.3 S.2 1.6 85 80 49.1 36 79 27.3 59 9.2 23 2 5.4 85 11.2 45 7.9 54 49,0 27.3 277 5 2 24 9 141 S 2 85 43 62 76 49.4 82 50 2.5 24.6 47 11.7 76 65, 27.1 58 2 47 81 19 9 49 66 7,1 27.9 50 0 69 15 O 39 84 24,3 71 65 13 4 88 32.3 52 34 B 85 51 36 60 24 2 39 36 8 31 5 38 9 7.4 (7 85 45 249 60 33 5 31 7 62 15 1 19,7 46 BI 43 57 22 6 10 B 32.2 36.6 6 2 & 6 82 47 64 25.1 10.6 424 59 326 81 49 54 13 8 34 5 60 85 70 34.8 31.2 65 36 24.7 21.3 26 5 5 2 12 6 10 8 39 5 63 66 40 52 38 9 26 6 28 0 4: $$ $7 $ 2 13 5 5.2 29 1 38 3 84 43 $3 12 1 48 50 38 5 26 O 28 9 8. 13,8 5 2 37.2 35.1 21 4 11.3 21.3 40 64 33 1.8 17 A 33.!

·78 TABLE No. 14a-SPINNING TEST RESULTS 2 9 10 11 12 13 14 13 * WASTE PERCENTAGES ServING PARTICULARS Season Satole No Count. Komipal Blow Roorn Loss Card Room Loss Spus) 1835 Total Loss Card Production per llour Ris FramePro dle per la tespinel - 10 kr Ring Traine Yaro Breakages per 2 Waru Ring Frame Front RPM Ruller speed Ring Crane Cront Inch Diataeter Ning Iraine Drati Ring frame turas per locb. 1bs - 1 1071 1923:4 100 85 63 O 28 182 7,8 4.08 16 85! OB 131 06 14 7 107 62 $6 1 03 181 7,9 10 10 4 26 16 85 . 107, 68 79 03 144 U 17 181 7,8 28 16 BV 4 100 U 1 40 10 U18 170 - 107, 107/3 10 21 O 110 . 78 6 09 21 86 78 6 45 78 6 29 21 8 7,8 6 13 13 11 18 | 6 45 234 1071 30B 100 J 34 ROD 132 107 ) 0.1 RIO 13! 107,9 1) 870 IT: 78 6 43 33 11 14!4 ZS 10 $ 7 1 2' 148 015 18: ON 18 8 19 73 10 60 143 R OR the 12 0 20 #00 18 84 ber R 10 . 0 10 74 6 On21 1 40 110) 10 .. 0.15 8 021.8 821 23 11 10 Oto .. 134 7, KI 17 033 .. 134 .. 78 1 8 OH 3 11 ·TORI TRIXGANIC I 21 23 s 1 YAR TEST RESULTS TEMPER- ATURE R: LATITE I UMIDITY. E 74 3 10 5 9 3 1 S 17 9 34 83 60 19 57 12 5 / 86 60 17? 79 19 61 59 136 35 46 17 7 79 64 54 6 82 60 9 3 5 31 B3 6+ 55 180 40 € 20 22 1 36 12,5 63 57 20 $5 20 6 42 81 81 87 55 63 S9 35 9 396 62 13.8 60 3 2 244 59 50 78 124 82 66 38 23 4 60 70 14 6 61 37 1 298 82 36 66 55 23 4 65 30 v 6 3 13 9 36,9 78 5 B7 71 17.2 5.4 58 IO U 3.0 10 2 19 f1 5 1 87 11 16 5 19 G 30 11 1 94 47 50 $0 47.3 87 45 73 197 5 5 29 0 12 5 6.4 87 5$ 4.8 19 6 129 40 73 14 41 6 49 87 S 50 29 3 50 5 12 1 69 21.1 20 6 53 87 3 3 19.1 $24 7 ·80 15. REPORT ON UMRI BANI for Season 1924-25 (Sample No. 82). 1 SIZE OF CROP. Particulars not a vallable 11 GRADER'S REPORT V'ery poor cotton, irregular and dirty-not represrotatne of the type III FIBRE PARTICL LARS 1 Tibre-Length Distribution (Nalls Sorter Vein group-length a cights of an inch Percentage 1980w- 105 19 0 % Nean Fitre Length balls Sietet (lub) Mean latar Lengis by Bart wit fluct) Neau RitWA Wt () -- Coulution peribeb OM OUUSI 79 - 1) SPINNING TEST) . Le corretter ustune Caru, Drawing (heads). Sluier Rejun la sagle Dunk TUNIDIA K103 rareo I Sp***** Vaster's Report - Iery kay la lela! bu very tally staged to make clean yard would ad دوا ماير و ربطا أيه » ۱۰ SAHTEL -Tatk 15. . Setka (Juts Samu Sony's Sauple 10 . Sample 8: 5 t'ueres Fairly even uneven fals Events Friv tu uneren Fily tita) tạ• taulyeyon to tro Uje $.treneut) Laeveu titu 10 du J15 5 25 Loeven t'sesta Cotses 1 75 5 IS { 30 1. RENARES Abstrat:14 Crole antopoulotlar Eett stw. 5190. lett tapatke of ytelt affauty rai, lymbur ateit, wie site uflet f.cttbutitetiwa inis lauta with vier testy ty 11n1n11f sturt< ttar Acoustw.twitteln euca. "I..., Xabir..

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·82 TABLE 15--SPINNING TEST RESULTS 5 6 7 8 7 8 9 12 13 10 11 13 WASTE PERCENTACZS SPIVNING PARTICLLARS Searn Counts opinat B Rnna Loss Production Card Roors Lo's Es Weight of Sample Spinning Loss Total Loss. Cardellout Ring Frarne Pro duction per 101 Saupts eins Frarne Yara Breakages per u Saru Ring Frame Front Bohr Speed RPM Ring Fraine Front Roller Dialnet oru Ring fralge Draft Riug Frame turas erford lirs Ils ots 19111 IS7 99 7 97 03 182 אול 3 17' 1689 1 5 231 10 0723 3 045 . 18? 78 5 27 16 8 08299 . 0 1 18! 73 8816 15 9 10 7 S 15 9 126 5 1 18 11.5 ? 18 ! 15 . 06 20 9 0313 182 78 5 00 / 1685 1 11 11 301 027 191 7, + 8 10 8 17 6 18 5 . 08 413 U14 181 73 SI! 16 NY '! IN U 20 170 78 313! 172 . 21 11 גולן 75 S 13 | 17 OK S 179 78 # 84 17 9 5 Us 17 0 17! 7/8 5 00 17 9 7.0 By 17 9 7, 312 17 ON 71% 513 19 03 a 179 03 135 153 7, $ 27 19 OS . UUS 488 7,8 78 19 ON 19 05 $ 003 19 5 OU 027 15) 78 19 05 1 0 11 73 31: 130 ·Iren per Inc. ) FOR LIRIBAVI 15 17 IN 2 21 2 TA Test RTSELTS Trutta ATI E titi ili wanity Connis Artual Lra Strength Lk Single Thr! Sirength 025 Sinals Threa! Irregularity ** Single Thr! Weakness IT cent 15e เเม่ ในเร Latension ແoogu:guyds Sriomag Room Testing Roona, 19 3 652 106 17.3 16 5 53 23 71 fs 20 1 56 2 81 96 05 18 9 50 72 73 45 198 56 7 92 77 6 5 19 5 49 71 72 55 197 65 2 91 140 85 19 7 48 71 72 51 197 63 93 13 3 SO 16 ! 43 B0 66 60 193 68 8 87 15 S 85 17 9 32 80 61 49 197 69 6 11.3 137 3 S 21 6 $6 71 72 67 19 S 75 3 110 12 2 1S 20 9 5 3 71 72 $1 19 5 77 3 10 4 10 5 20 9 33 78 62 61 19 5 77 0 10 N 131 30 20 B 54 78 64 50 10 2 71 5 13 3 19 8 70 19 3 BO 66 41 59 195 100 11 3 80 8 2 $ 19 5 80 66 36 59 11 3 11 4 23 0 10 5 G 199 71 78.4 72 53 11 6 119 SO 23 1 72 19 6 71 829 63 218 81 12 5 10 59 78 19 2 61 874 57 21 3 b! 78 13 119 19 1 SS 81 G 15 27 Gei 38 99 11 1 611 18 6 15 88.5 S7 89 21 9 35 60 $3 11 1 20 18 B 88,7 9.3 ·84 16. REPORT OX MISSISSIPPI AMERICAN & TEXAS AMERICAN for Season 1923 (Sample Nos. 55, 56). I. SIZE OF CROP. II. GRADCR'S RFTORT. Mississippi T14 (1145 Color Searle length Stasle Strength Refularity Fully mldJling White 1-17/18 inch Good Regular Fully midjupt. White tineb Cnor Regular III FIBRI, PARTICULARS 1 Tibre Length Distribution (Dal's Sorter Percentage Vean Froup-lengtbln eighth of an inch Vississippi Tetas. 2 3 2 8 9 IOUW 17 30 19 S 1.0 02 3 24 Maa Fibre Length ty paths Spie (nucb 1 01 085 Mau litre Length by Meer Surter Tutt U 9) ON Mrout. W.11L (10cb UOHN 5 00005 Viau Cwnsvluti gerich 1 SPINNING TES) I --Sval. Lattuetur', Crightnnlenter, Huppert, Srutcher f?times), Cart, Dewinx (heula). « Suite un tren sinek butirtugia Rius i rameni : Spark PAMETskan' Sex Y.tk 18 weltwe -- 3 Seixa Saul for Samlo Counts Samila 311 351 55 ! ولا بينا y! rica + airly evento tartelets Icrv eututorul Fuvarenta flyer uurin Setye turut Luc cu tals'y rent 3001 eveg Even ta fate! aveg Fauty event Dreven 10 1 171 ! IV 5 >49 +011le Sante Sn1 So Ertalat Cres Lytats for Itutu 1 ? 75 10 *!XAPE Trials and builds math.111*1 l RAVIS foltva. 18.11.1111.J41 niluret. Krip

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·86 TABLE 16-SPINNING TEST RESULTS 5 6 7 8 6 7 8 9 10 11 14 15 2 4 WASTE PERCENTAGES. SAVIVA PARTICELARS. Season Sampe No Counts Nominal. Riot Frame turos perlach. 20 1.85 1929 10 100 37 76 0.9 11% 018 162 1 + 33 18 9 .. 2/58 10 71 0.5 11.6 0 19 157 4 33 16 85 0 . says 10 04120 0 37 3310 85 1 - 157 .. 3%) 0 16 1 12) 7001 . . 01 017 A 701) 2? 10 33 01 0 17 1 M 7 00 11 81 :1:3 5%) v out 1 81 012 100) ! 19 6 10 01? 86 900 27 28 - 40 0 PG 1 Ou 27 2 10 100 113 05 193 7 N 1* * 10 71 1 3 12 4 911: 169 ISO 019 1 W 5 73 1 ** 19 019 CAL 7,5 RS 16 ·TOR AMERICAN COTTONS 11 17 im 14 21 23 YARA LST RLS' LIS ITMES ATIS | RELATIVE IIwipies, Counts Artual Les Strength Lhe pewu 9734 STORI! Threa lewat SIRRI: Thrrad hness Pets concase Turns per Inch Actual Single Thread Extension wowy aujourds nooy around HE Testing Room 19 7 91 9 137 68 0 18 2 43 90 80 81 19 G 93 3 10 U 10 7 24 18 2 57 88 87 85 194 97 2 104 126 48 17,6 57 88 87 87 31 0 450 70 62 0 22 4 41 90 80 89 30 8 458 65 92 16 22 B 43 88 87 83 3415 49 6 64 10 5 20 22.9 B8 87 87 38 9 I 9 5 S 75 0 26 5 42 67 76 82 39.4 31 8 4S 128 76 4 2 88 B7 87 26 ! 257 39 2 32 0 49 10 6 36 40 B7 87 85 57 2 91 19 8 14 2 80 16 4 48 80 DO 37 19 8 62 S 81 16 8 64 3.7 8.5 79 53 14 6 604 92 167 90 80 1) 55 ·86 TABLE 16-SPINNING TEST RESULTS 4 10 11 12 13 14 15 WASTE PERCENTAGES SPIN VIVO PARTICULARS Season Sample No Counts Nociaal Blow Room Loss Card Room Loss 5567 ads · Card Production per Hout Ring Frame Pro duction par Spo dre per 10 hrs Total Loss Yaroka36) per 02 Ring Frare Yarn Speed KUD Frame Front Ring Frame Froat Rolles Diagneter lach Raag Trange Draf:. Ring rate turas per lacb Ibs OTS $5/1 1923 20 100 37 76 0911 8 016 162 1 4 35 16 85 . 10 71 0.5 116 0 19 157 1 I 55/2 55/3 4 35 1685 4 35 16 85 1) 10 76 04 120 PJ 0 37 157 1 55/1 32 100 0 16 120 7 00 22 84 10 017 01 116 1 7 00 22 81 10 PP He 0 17 116 55/2 55/3 55/1 55/2 7 00 22 84 9 6 27,23) 40 100 1 83 0 12 100 1 10 012 98 1 .. 900 27 23 10 0 98 1 900 27 23 55/3 36/1 66/2 20 100 > 43 131 124 7.13 0 23 193 4 17 16 85 7.1 91 10 53 019 1.219 180 7/8 7/8 718 ID 5 75 16 85 .. 56,3 10 B9 * 14 15 0 0.19 190 5 69 16 8 :

·TOR AVERICAN COTTONS 16 19 62 24 YAL> 1 RLX 115 Couets trtual »41 41SUwis ang Sanel. Th.coace traeth Sinkle Threa Irteculanti ule T'I Walens Per عدد 19 7 6 16 13 7 BA 19 6 93 3 100 1097 19 4 97 2 10 4 126 31 0 45 0 70 62 1 3) 8 458 65 92 64 49 G 35 10 S . # 38 9 329 5 5 75 61 10 31 B 45 39.4 12 8 76 + 10 6 320 34 37 2 - 1 14 16 14? 14 57 2 19 8 142 1. 62.5 18 19 8 145 04 . / 604 9.1 14.6 28 19 8 18 44 ·88 TABLE 17-SUMMARY OF 6 7 8 9 10 11 12 13 15 WASTE PERCENTAGES SPIYNING PARTICULARS (RINC TRIVE) -- Cotton. - Room Loss - Creats Nominal Sample No Blow Roon Loss porus saling Spinning Loss Turn Bredb35e5 12 Yarn Total Loss Croot Roller Diametc Inch Cosas furos per luch Card lcd 62/2 Dbarwar No 1 1923 24 20 184 78 # 51 16 BV 72/1 1924/25 20 3+ 183 7,8 4 37 16 84 7897 143 146 49 22 5 4 5 71 08 84 93 12 177 70/2 Gadag No 1 ܙܐܙ 0 25 183 78 + 51 16 85 1923/24 20 1921/25 20 7212 1) 27 183 7/8 + 33 16 8 11 1923,24 20 03 104/2 Surat 1027 ALF 13,2 78 141 UI 181 78 ON 16 BN 1924 35 20 5 2 76 ( 4 128 181 7,8 > # 00 16 85 -1/2 PA 4F 1924/25 20 79 82 10 16 3 D) ISO 7,8 5 27 16 85 32 PA 285F 1923 24 20 9 11 20 7 0 (9 169 7,8 + 10 17 58 106/2 1923, 24 20 10 21 10 5 UB 20 2 0 182 I 4 17 16 85 8542 1924/25 20 4 3 99 009 181 7,8 7,8 7,8 4 10 8 40) TU 3 02 10 000 182 + 19 16 85 8502 80/2 P A 2891 1994/25 20 1924/25 20 87 90 172 0 33 181 7,8 # 75 1689 1924, 25 201 6 y 76 07 1+ 5 020 164 78 77,2 Capore CA 9 79/2 Cawni pore 22 4 44 16 S 1924/25 10 84 77 04 15 9 0 20 78 341 1 63 57 7) UB 1J1 0 34 192 78 5 * 13 5 +6 128 000 190) 5 88 13 S 0 15 181 4 2 16 84 7812 Cawn pore J' N1 1924/25 10 22'5 Aligarh A 19 1924,25 10 105'2 Cambodia (Co 1) 1923,34 20 84/1 1924/25 20 73 ? Maudya! 11 1923 24 20 713 1921/25 20 1923,24 20 4+ 63 06110 74 05121 7/8 7/8 015 180 182 017 7/8 4 27 16 85 4,35 16 SS 4.23 16 SY ORO 180 7,8 75,2 bagarias 0 28 183 7/8 4 37 10 6 1924,23 20 022 183 7/8 +4 10 107/2 latungon 5 y 75 0913 7 #38 ? 0 516 4 98 81 09178 0412 0 NO 1617 57 15 9 | 107 07 53 44 710 5 11 6 53 91 1.149 023 181 718 1923 20 20 1024,25,20 19:425 20 + 16 88 # 00 96 89 6611 015 18 78 ! L'url Baul.. 03 182 7,8 5 27 16 8 35 Wisatas. 1923 20 0.79 157 1 4 33 16 Se > Tel. 1923 20 180 7/8 3 75 16 5 ·จา SPIXIV, 1-1 kl.111 1 OT . 1. Tivt *!tir RI LATIN IllwidtY Irrth In nel : Cauti 411! Noel Ther Trieth el hi! Irakna fre mar single throat tension pinaitg konn Spinning Room Testing Room 19 1 2 19 3 44 87 79 1841 & S 15 9 45 13 79 135 196 ON 2 103 18 6 | 37 81 77 59 19 4 581 9 6 a 15 2 49 83 76 67 19 6 82 3 A 9 57 bs 70 52 19 3 960 10 9 96 10 17 7 20 6 200 50 86 70 64 - 18 8 72 2 90 131 45 47 73 75 62 20 6 89 7 11 2 5 9 0 21 3 60 1 1 75 45 48 191 100 1 124 91 IS 17 & 64 H4 69 5 18 9 974 126 91 10 172 50 85 66 58 - 192 932 11 9 0 5 1G 57 BO 70 58 197 899 12) 25 23 6 S 74 71 63 19 2 BI 5 120 97 20 22 40 6 76 45 9 5 117.4 20 6 134 ho 13 3 75 76 71 51 102 122.2 19 8 90 0 13 6 6 3 80 77 $4 66 7 15 7 16 8 12.4 13 9 $ 91 75 199 - 78 9 10 S 16.3 72 +7 2n B44 120 BO 0 190 67 07 74 61 03 3 131 1: 3 19 2 19 1 5 6 04 73 Sh 97.5 10 10 3 0 16 7 4 18 6 63 3 $2 120 92 OS 734 46 18.3 19 2 63 5$ 10 8 85 05 174 &O SO bo 77 69 19.9 1 1. S tu 7 bo 172 64 79 57 - 19 $ 196 79 6 10 v $4 71 1 11: 18 9 OS 50 72 73 201 56 2 132 10 7 32 99.3 $7 19 6 100 266 5 I 195 62 5

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