1、Designation: D 2060 00 (Reapproved 2005)e1Standard Test Methods forMeasuring Zipper Dimensions1This standard is issued under the fixed designation D 2060; the number immediately following the designation indicates the year oforiginal adoption or, in the case of revision, the year of last revision. A
2、 number in parentheses indicates the year of last reapproval. Asuperscript epsilon (e) indicates an editorial change since the last revision or reapproval.This standard has been approved for use by agencies of the Department of Defense.e1NOTEEditorial corrections were made in 2.1 in April 2005.1. Sc
3、ope1.1 These test methods cover the measurement of thedimensions of all types and sizes of zippers.1.2 The test methods appear as follows:SectionsChain Flatness 34-39Chain Straightness 40-44Chain Thickness 28-33Length of Zipper or Parts 9-14Longitudinal Dimensional Change 45-52Slider Mouth Width 21-
4、27Tape Width 15-201.3 The values stated in either SI units or in other units shallbe regarded separately as standard. The values stated in eachsystem may not be exact equivalents; therefore, each systemmust be used independently of the other, without combiningvalues in any way.1.4 This standard does
5、 not purport to address all of thesafety concerns, if any, associated with its use. It is theresponsibility of the user of this standard to establish appro-priate safety and health practices and determine the applica-bility of regulatory limitations prior to use.2. Referenced Documents2.1 ASTM Stand
6、ards:2D 123 Terminology Relating to Textile MaterialsD 1776 PPractice for Conditioning and Testing TextilesD 2050 Terminology Relating to SubassembliesD 2051 Test Method for Durability of Finish of Zippers toLaunderingD 2052 Test Method for Colorfastness of Zippers to Dry-cleaningD 2053 Test Method
7、for Colorfastness of Zippers to LightD 2054 Test Method for Colorfastness of Zipper Tapes toCrockingD 2057 Test Method for Colorfastness of Zippers to Laun-deringD 2058 Test Method for Durability of Finish of Zippers toDrycleaningD 2059 Test Method for Resistance of Zippers to Salt Spray(Fog)D 2061
8、Test Methods for Strength Tests for ZippersD 2062 Test Methods for Operability of ZippersD 2724 Test Methods for Bonded, Fused and LaminatedApparel FabricsD 2905 Practice for Statements on Number of SpecimensRequired to Determine the Average Quality of TextilesD 3657 Specification for Zipper Dimensi
9、onsE 145 Specification for Gravity-Convection and Forced-Ventilation Ovens2.2 AATCC Method:AATCC 143 Appearance of Apparel and Other Textile EndProducts After Repeated Home Launderings32.3 ANSI Standard:ANSI/ASQC Z1.4 Sampling Procedures for Inspection byAttributes43. Terminology3.1 For definitions
10、of terms relating to Subassemblies,D13.54, refer to Terminology D 2050.3.1.1 The following terms are relevant to this standard:dimension, zipper.3.2 For all other terminology related to textiles, refer toTerminology D 123.3.2.1 Optional key terms, not under the jurisdiction of thisSC that must be us
11、ed to understand this standard. If the1These test methods are under the jurisdiction of ASTM Committee D13 onTextiles and are the direct responsibility of Subcommittee D13.54 on Subassem-blies., Inc.Current edition approved March 1, 2005. Published April 2005. Originallyapproved in 1961. Last previo
12、us edition approved in 2000 as D 2060 00.2For referenced ASTM standards, visit the ASTM website, www.astm.org, orcontact ASTM Customer Service at serviceastm.org. For Annual Book of ASTMStandards volume information, refer to the standards Document Summary page onthe ASTM website.3Technical Manual of
13、 the American Association of Textile Chemists andColorists, P. O. Box 12215, Research Triangle Park, NC 27709.4Available from Standardization Documents Order Desk, Bldg. 4 Section D, 700Robbins Ave., Philadelphia, PA 19111-5094, Attn: NPODS.1Copyright ASTM International, 100 Barr Harbor Drive, PO Bo
14、x C700, West Conshohocken, PA 19428-2959, United States.optional term is necessary, a very exact and detailed discussionmust also be included to indicate why this is so.4. Significance and Use4.1 The significance of specific tests is discussed in theappropriate sections.4.2 These test methods are co
15、nsidered satisfactory for ac-ceptance testing of commercial shipments because the testmethods have been used extensively in the trade for thispurpose, and because current estimates of between-laboratoryprecision are acceptable in most cases.4.2.1 In case of a dispute arising from differences inrepor
16、ted test results when using Test Methods D 2060 foracceptance testing of commercial shipments, the purchaser andthe supplier should conduct comparative tests to determine ifthere is a statistical bias between their laboratories. Competentstatistical assistance is recommended for the investigation of
17、bias. As a minimum, the two parties should take a group of testspecimens that are as homogeneous as possible and that arefrom a lot of material of the type in question. The testspecimens should then be randomly assigned in equal numbersto each laboratory for testing. The average results from the two
18、laboratories should be compared using Students t-test forunpaired data and an acceptable probability level chosen by thetwo parties before the testing is begun. If a bias if found, eitherits cause must be found and corrected or the purchaser and thesupplier must agree to interpret future test result
19、s in the light ofthe known bias.4.3 The test method(s) in these test methods, along withthose in Test Methods D 2051, D 2052, D 2053, D 2054,D 2057, D 2058, D 2059, D 2061, and D 2062, are a collectionof proven test methods. They can be used as aids in theevaluation of zippers without the need for a
20、 thorough knowl-edge of zippers. The enumerated test methods do not providefor the evaluation of all zipper properties. Besides thoseproperties measured by means of the enumerated test methodsthere are other properties that may be important for thesatisfactory performance of a zipper. Test methods f
21、or measur-ing those properties have not been published either because nopractical methods have yet been developed or because a validevaluation of the information resulting from existing unpub-lished methods requires an intimate and thorough knowledgeof zippers.5. Sampling5.1 Lot SampleAs a lot sampl
22、e for acceptance testing,take at random the number of individual containers from eachshipping carton as directed in an applicable material specifi-cation or other agreement between the purchaser and thesupplier. Consider individual containers from each shippingcarton to be the primary sampling units
23、.NOTE 1An adequate specification or other agreement between thepurchaser and supplier requires taking into account the variability betweenshipping cartons and between zippers in a container to provide a samplingplan with a meaningful producers risk, consumers risk, acceptablequality level, and limit
24、ing quality level.5.2 Laboratory Sample and Test SpecimensAs a labora-tory sample for acceptance testing, take the number of zippersspecified in Section 7 at random from each container in the lotsample. Consider the zippers as both the laboratory sample andthe test specimens.6. Test Specimen6.1 The
25、test specimen shall consist of a completely as-sembled zipper or length of chain.7. Number of Specimens7.1 All Properties Except Slider Mouth WidthTake anumber of zippers per individual container from each shippingcarton such that the user may expect at the 90 % probabilitylevel that the test result
26、 for an individual container is no morethan the amounts shown in Table 1, above or below the trueaverage for the individual container. Determine the number ofzippers per individual container as follows:7.1.1 Reliable Estimate of s or vWhen there is a reliableestimate of s or v based upon extensive p
27、ast records for similarmaterials tested in the users laboratory as directed in these testmethods, calculate n using the equations in Table 1 which arebased on (Eq 1) or (Eq 2) as noted in Test Method D 2905,Section 5:TABLE 1 Specimens Required Under Conditions of Known and Unknown Variability in Use
28、rs Laboratory Units as IndicatedPropertyAllowable Var-iation (Two-Sided)Equation for n Usinga Reliable Estimateof s or vNo Reliable Estimate of sor vNumber ofSpecimensBasisALength, assembled zipper, % of the average 10.0 n = 0.027 3 v21 0.70Length, chain, % of the average 10.0 n = 0.027 3 v21 0.39Le
29、ngth, top tape end, % of the average 10.0 n = 0.027 3 v21 4.56Length, bottom tape end, % of the average 10.0 n = 0.027 3 v23 9.09Length, opening, % of the average 10.0 n = 0.027 3 v21 0.87Effective tape width, % of the average 10.0 n = 0.027 3 v21 2.34Full tape width, % of the average 10.0 n = 0.027
30、 3 v21 2.51Chain thickness, % of the average 10.0 n = 0.027 3 v21 0.64Chain straightness,132-in. increments 1.0 n = 2.71 3 s21 0.59Wet dimensional change, home laundry,percentage points0.200 n = 67.6 3 s217 0.49Wet dimensional change, launder-ometer,percentage points0.200 n = 67.6 3 s212 0.41Dimensi
31、onal change in dry heat,percentage points0.200 n = 67.6 3 s210 0.38AThe values of s or v in Table 1 are somewhat larger than will usually be found in practice (see 7.1.2).D 2060 00 (2005)e12n 5t23 s2E2(1)n 5t23 v2A2(2)where:n = number of specimens (rounded upward to a wholenumber),s = reliable estim
32、ate of the standard deviation of individualobservations in the users laboratory under conditionsof single-operator precision,v = reliable estimate of the coefficient of variation ofindividual observations in the users laboratory underconditions of single-operator precision,t = 1.645, the value of St
33、udents t for infinite degrees offreedom, for two-sided limits, and a 90 % probabilitylevel (t2= 2.706), E and A = values of the allowablevariations listed in Table 1, and t2/E2and t2/A2= thebasis for calculation of the constants in the equations inTable 1.7.1.2 No Reliable Estimate of s or v When th
34、ere is noreliable estimate of s or v for the users laboratory, (Eq 1) or(Eq 2) should not be used directly. Instead, specify the numberof specimens shown in Table 1. This number of specimens iscalculated using values of s or v, which are listed in Table 1,and that are somewhat larger values of s or
35、v than are usuallyfound in practice. When a reliable estimate of s or v fordimensional change or length of bottom end in the userslaboratory becomes available, the equations in Table 1, whichare based on (Eq 1) and (Eq 2), will usually specify fewerspecimens than are listed in Table 1 for the condit
36、ion whenthere is no reliable estimate of s or v.7.2 Slider Mouth WidthUnless otherwise agreed upon, aswhen specified in an applicable material specification, take onespecimen per lot.8. Conditioning8.1 For tests made as directed in Sections 12, 18, 37, 41, and49, bring the specimens to moisture equi
37、librium for testing inthe standard atmosphere for testing textiles as directed inPractice D 1776. Preconditioning is not required.8.2 For tests made as directed in Sections 25 and 31,specimens need not be preconditioned nor conditioned.LENGTH OF ZIPPER OR PARTS9. Summary of Test Method9.1 The chain
38、or zipper is placed on a flat surface and, withthe aid of a suitable scale, the length of the zipper or desiredzipper part is determined.10. Significance and Use10.1 These measurements are useful in determining con-formance with a purchasing specification and suitability forend use products using zi
39、ppers.11. Apparatus11.1 Scale, graduated in 0.5 mm or164 in.12. Procedure12.1 Length of Completely Assembled ZipperPlace theclosed zipper flat on a horizontal working surface withouttension, aligning the chain over a straight reference line on theworking surface. Make marks on the working surface co
40、rre-sponding to the zipper extremities. Remove the zipper and,using the scale, measure the distance between the marks to thenearest 1.0 mm or132 in.NOTE 2For the bottom end, the zipper extremities are the bottom ofthe bottom stop or interlocking element for a nonseparable zipper. Thebottom end of a
41、separable zipper is the lowermost tape or reinforcing tapebut not the overhang of the fixed retainer. For the top end, the zipperextremities are the top of the top stop, or top of the last element, whicheveris the extreme for both nonseparable and separable zippers.12.2 Length of ChainPlace the clos
42、ed chain, withouttension, flat on a horizontal working surface, aligning the chainover a straight reference line on the working surface. Place thescale on one stringer flush alongside the outer edge of theinterlockable elements or the outer edge of the bead if the beadextends beyond the elements. Me
43、asure the distance betweenthe extreme ends of the chain to the nearest 1 mm or132 in.12.3 Length of Tape EndPlace the closed zipper, withouttension, flat on a horizontal working surface, aligning the chainover a straight reference line on the working surface. Place theend of the scale against the ou
44、termost surface of the outermoststationary component. Measure to the nearest 1.0 mm or132 in.the tape end length along the cord to the outermost point of thepinked or straight-cut edge. In a case where the lengths of thetape ends on the two stringers are different, measure the lengthof the shorter t
45、ape end. This test method is not applicable totape ends that are cut or pinked on a diagonal in excess of 5in either direction.12.4 Effective Length of Opening, Completely AssembledZipperPlace the closed zipper, without tension, flat on ahorizontal working surface, aligning the chain over a straight
46、reference line on the working surface. With a sharp-pointedpencil, make a reference mark even with the top of the slider.Move the slider to the extreme open position and make anotherreference mark even with the top of the slider. Measure thedistance between the marks to the nearest 1.0 mm or132 in.T
47、his test method is not applicable to separable zippers.13. Report13.1 State that the specimens were tested as directed inSections 9-14 of Test Methods D 2060. Describe the materialor product sampled and the method of sampling used.13.2 Report the following information:13.2.1 The specific property (o
48、r properties) measured,13.2.2 Number and description, of specimens tested, and13.2.3 Measured length of each specimen.14. Precision and Bias14.1 PrecisionSee Section 53.14.1.1 Precision of the test method is related to the care withwhich the operator reads the 1.0-mm (132-in.) increments onthe scale
49、. The test method, though employing measurement ofa variable, is really descriptive rather than quantitative. The testmethod has been found satisfactory in commercial use fordetermining conformity to an established specification.D 2060 00 (2005)e1314.2 BiasThe procedure in Test Methods D 2060 formeasuring the length of zipper parts has no known bias.TAPE WIDTH15. Summary of Test Method15.1 The chain or zipper is placed on a flat horizontalsurface and, with the aid of a scale, the tape width is measured.16. Significance and Use16.1 These measurements
