W10 棉纺织综合 标准查询与下载

SANS 5780:2008 洗涤剂对棉纤维的化学损害

Specifies a method for the determination of the chemical damage to cotton fibres by laundry detergents.

Chemical damage to cotton fibres by laundry detergents

KS K 5101-2008 工作用棉手套

이 표준은 성인용 편성포제 일반 작업용 장갑(이하 장갑이라 한다.)에 대하여 규정한다. 다

Working gloves

KS K 6100-2008 浴巾

이 표준은 목욕할 때 사용하는 때밀이 및 샤워 수건에 대하여 규정한다.

Scrubbing clothes

GJB 6254-2008 微纤维玄武岩棉及其缝合垫规范

本规范规定了微纤维玄武岩棉及其缝合垫的要求、质量保证规定和交货准备等。 本规范适用于微纤维玄武岩棉（以下简称棉）及其缝合垫（以下简称缝合垫）。

Specification for basalt microfibre and its mat

FZ/T 10007-2008 棉及化纤纯纺、混纺本色纱线检验规则

本标准规定了棉及化纤纯纺、混纺本色纱线的验收、检验项目、检验方法、抽样方法、检验评定及复验要求。 本标准适用于收付双方或委托的检验机构对棉及化纤纯纺、混纺本色纱线品质的验收和复验。

Inspection rules for gray yarns of cotton,man-made fibres or their blends

FZ/T 10006-2008 棉及化纤纯纺、混纺本色布棉结杂质疵点格率检验

本标准规定了棉结杂质疵点格率的检验方法。 本标准适用于棉及化纤纯纺、混纺本色机织物的检验。

Inspection of neps and trashes for gray fabrics of cotton , man-made fibres or their blends

FZ/T 10004-2008 棉及化纤纯纺 混纺本色布检验规则

本标准规定了棉及化纤纯纺、混纺本色布的检验项目、检验方法、检验规则、不合格品处理及复验。 本标准适用于供需双方或受委托的检验机构对棉及化纤纯纺、混纺本色布品质的验收和复验。

Inspection rules for gray fabrics of cotton, man-made fibres or their blends

GOST R 53031-2008 棉纤维.HVI系统数据的测量规程

Cotton fibre. Procedure for measurement of HVI system data

GOST R 53234-2008 棉纤维.颜色和外观测定方法

Cotton fibre. Methods of color and outward appearance determination

GOST R 53030-2008 棉纤维.霉菌污染的测定方法

Cotton fibre. Methods for determination of mould contamination

GOST R 53235-2008 棉纤维.线密度和纤维细度指数的测定方法

Cotton fibre. Methods of determination of linear density and micronaire index

GOST R 53224-2008 棉纤维.技术条件

Cotton fibre. Technical conditions

GOST R 53236-2008 棉纤维.抽样方法

Cotton fibre. Methods of sampling

GOST R 53232-2008 棉纤维.长度测定方法

Cotton fibre. Methods of length determination

KS K ISO 2403:2007 纺织品.棉纤维.马克隆值的测定

이 규격은 베일, 랩, 슬라이버 또는 린트면의 원료로부터 얻은 성근 상태로 배향되지 않은

Textiles-Cotton fibres-Determination of micronaire value

NY/T 1426-2007 棉花纤维品质评价方法

本标准规定了棉花的质量要求、检验方法和优质棉的纤维品质指标及其检验规则。 本标准适用于棉花纤维品质评价。

Evaluation Method of Cotton Fiber Quality

DB36/T 416-2007 集团购买棉胎

"规定了集团购买棉胎的要求、试验方法、检验规则和标志、包装等,适用于以棉花为主要原料(棉纤维含量不低于80%),棉纤维下脚,一类短绒为辅料,经过清花、梳棉、铺网、网纱、研磨而成的棉胎"

Group buys batting

ASTM D1440-07(2012) 棉纤维长度和长度分布的标准试验方法(列阵法)

The array method provides objective measurements for determining the fiber length and length distribution in a sample of cotton. The results can be plotted to show the length-weight distribution of all the fibers in the sample. Data obtained from array tests are useful in fiber length research studies, for investigation of changes in fiber length distribution in ginning and mill processing, and for other research purposes. Upper quartile length is correlated with, but usually longer than, Fibrograph and 2.5 % span length as defined in Test Method D1447. Judgment must be used in making comparisons between length measures from arrays and measures obtained by other methods, which may be basically different. The coefficient of length variation is a measure of length distribution, or nonuniformity of length. Because the fiber weight-length distribution is usually highly skewed, statistical judgments based on the assumption of normality are not justified. The array method makes a physical separation of fibers of different lengths. It therefore serves as a standard, or benchmark, with which other methods may be compared and by which their precision and accuracy may be judged. Test Method D1440 for testing length and length distribution of cotton fibers (array method) is not commonly used for acceptance testing of commercial shipments. a and cBanks of combs. bForceps, tips padded with hard leather, for transferring fibers from one set of combs to the other. dDepressor for placing fibers in combs. fDissecting needle. gFork for scooping up fiber groups off velvet surface. hAluminum plate covered with velvet cloth. iSpecial rule for measuring length of fiber groups. kSmooth plate for placing fibers onto velvet surfaces. lWire rack for holding fiber groups wrapped in papers. mSmooth pointed tweezers. nLift for raising combs in place. oRack for holding velvet-covered boards. pVelvet-covered boards on which several pulls have been arrayed. Note8212;Other accessories required for length arraying, not shown above, consist of the following: small whisk broom for cleaning velvet surfaces, one pair of tweezers with smooth round tips, forceps similar to b but having tips padded with rubber for laying groups on velvet surfaces, small papers for wrapping groups of fibers (papers 2½ by 3 in. (62 by 75 mm)) with small envelopes for them (2½ by 4¼ in. (62 by 110 mm)), and balances having ranges from 0 to 25 mg and 0 to 100 mg. FIG. 1 Combs and Accessories for Arraying Fibers According to Length1.1 This test method covers the determination of the fiber length and length distribution in ......

Standard Test Method for Length and Length Distribution of Cotton Fibers (Array Method)

ASTM D1577-07(2012) 纺织纤维线密度的标准试验方法

Option A for bundle weighing of Test Method D1577 is used in the trade for acceptance testing of commercial shipments. Option B for single-fiber weighing and Option C for the vibroscope may be used for acceptance testing (see Section 37); however, caution is advised when using Option B or Option C because between-laboratory precision information is incomplete. Comparative tests as directed in 4.1.1 may be advisable. In case of dispute arising from differences in reported test results when using Test Method D1577 for acceptance testing of commercial shipments, the purchaser and the supplier should conduct comparative tests to determine if there is a statistical bias between their laboratories. Competent statistical assistance is recommended for the investigation of bias. As a minimum, the two parties should take a group of samples that are as homogeneous as possible and that are from a lot of material of the type in question. These samples should then be randomly assigned in equal numbers to each laboratory for testing. The average results from the two laboratories should be compared using the appropriate statistical analysis and a probability level chosen by the two parties before testing is begun. If a bias is found, either the cause must be found and corrected or the purchaser and the supplier must agree to interpret future test results for that material with consideration to the known bias. Option A for bundle weighing is generally considered to be the referee procedure for acceptance testing. Option A is not recommended for measurement of linear density of blends of production fibers having different nominal linear densities. The accuracy of the linear density values obtained by Options A and B is dependent upon the accuracy with which the fibers can be cut and weighed. Note 28212;On short staple fiber, an accuracy in cutting of 1.0 % is difficult to obtain. This problem is further complicated if crimp is present in the fibers. The accuracy of weighing can be controlled by the number of fibers composing the bundle. However, with short fiber of low linear density the number of fibers to be counted becomes prohibitive unless the bundle mass is kept low. Options A and B are fundamental procedures which are used to standardize the vibroscope equipment used in Options C1 and C2. Test Method Options B and C are most useful for the measurement of linear density of single fibers when further tests upon the same test specimen are required, for example, tension tests and adjustment of the data obtained for the linear density of the test specimen. These options offer advantages in accuracy and ease of operations over calculation from specific gravity and microscopically measured cross-sectional area. Additional information specific to Option C is in Section 26.1.1 These test methods cover the measurement of mass per unit length (linear density) of textile fibers and filaments. Direct weighing and vibroscope procedures with modifications for crimped and uncrimped fibers are included. The options and sections are listed below. OptionSections AFiber Bundle Weighing 7-15 BSingle-Fiber Weighing16-23 CVibroscope, General24-30 35 and 36

Standard Test Methods for Linear Density of Textile Fibers

ASTM D3025-07(2012) 利用校准棉花标准对棉花纤维试验结果标准化的标准实施规程

The purpose of this practice is to provide guiding principles for the use of reference standard cottons for the standardization of instruments and techniques to obtain reproducible test results (within statistical limits) when the tests are performed on samples of cotton fibers by the same or different operators at the same or different times, both within the same laboratory and in different laboratories. Results obtained on cotton fiber tests on the same sample may vary widely due to differences in instruments and operator techniques. Some variation in test result levels can be controlled by the physical adjustment of instruments in accordance with manufacturers' instruction. Instrument adjustments are made only to cause instrument values to coincide with specified calibration points established by the manufacturer. Other variations in cotton fiber test results are caused by differences in technique used in specimen preparation, errors in reading test values from scales, variation in the reference standard, and sampling errors in specimen selection. It is necessary that the mean value of at least four sets of determinations per operator-instrument be used in order to form a sound basis for any adjustment of technique or for the use of correction factors. In comparing results of different operators and different laboratories, for example, between the purchaser and the seller, it is essential that all results be obtained on replicate specimens. Values obtained on individual samples, as well as on a reference standard are never absolute, but have a normal variation about their mean due to heterogeneity of the sample. Therefore confidence limits of a test value are dependent upon the within laboratory variance for the test and the sampling error. The level of the results in different laboratories will be comparable only to the extent of the use of the same reference standards in both laboratories. Any one set of determinations on a reference standard may be within the statistical limits of this reference standard cotton approximately 67 % of the time. The mean of a minimum of four sets of tests, as set out in the specific test procedure, is required to establish a reliable mean value for the determination of the test level. Caution should be exercised in the adjustment of instrument or technique on the basis of preliminary results on the working cotton standard or calibration cotton standard because of the variation within these reference standards. When the mean value of the initial test results on a reference standard cotton falls within one unit standard deviation of the established values, testing may be started on samples of cotton fiber to be tested. If the mean value does not fall within two standard deviation units, recheck the instrument adjustments and test an additional set of test specimens from the reference standard cotton. The mean value of these two sets of determinations, where instrument checks have shown the adjustments (instruments) to be in order, may then be used as a basis for modification of technique, or if correction factors are to be used, the basis for the initiation of testing of unknown samples. Correction factors should be based on determinations made before, during, and at the completion of routine testing.1.1 This practice covers the use of reference standard cottons for the standardization of instruments and techniques used to test cotton fibers in various laboratories. 1.2 Standardization may be achieved by application of a correction factor based on the reference standards, or by modification of the technique in use. Note 18212;When reference standards are used to develop correction factors, or to adjust an operator's technique, no instrument calibration processes are involved. The term “Calibration

Standard Practice for Standardizing Cotton Fiber Test Results by Use of Calibration Cotton Standards