ASTM-D885 2010
$58.50
D885/D885M-10 Standard Test Methods for Tire Cords, Tire Cord Fabrics, and Industrial Filament Yarns Made from Manufactured Organic-Base Fibers
Published By | Publication Date | Number of Pages |
ASTM | 2010 | 31 |
1.1 These test methods cover the testing of industrial filament yarns made wholly of manufactured organic-base fibers, cords twisted from such yarns, fabrics woven from such cords, and products that are made specifically for use in the manufacture of pneumatic tires. They may be applied to similar yarns and cords used for reinforcing other rubber goods and for other industrial applications. The test methods apply to nylon, polyester, and rayon yarns and tire cords twisted from such yarns and to fabrics made from such cords. The yarn or cord may be wound on cones, tubes, bobbins, spools, or beams; may be woven into fabric; or may be in some other form. The methods include testing procedure only and include no specifications or tolerances.
1.2 No procedure is included for the determination of fatigue resistance of cord, but several commonly used procedures for the measurement of fatigue resistance of cords in rubber were published in the appendix of these test methods in the 1967 Annual Book of ASTM Standards , Part 24, and in earlier issues of Test Methods D885.
1.3 The sections on Growth of Conditioned Yarns and Cords, Properties of Yarns and Cords at Elevated Temperature, and Properties of Wet Yarns and Cords have been moved to Appendix X1-Appendix X3 as non-mandatory informational items because of their very limited use by the industry and because precision and bias statements are not included.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Scope |
2 | Referenced Documents Terminology Summary of Test Methods, General Significance and Use, General Sampling |
4 | Conditioning Identification of Fibers Commercial Mass Moisture Regain, Actual |
5 | Linear Density TABLE 1 |
6 | Scope Summary of Test Method Significance and Use, Tensile Properties Apparatus |
7 | Breaking Strength (Force) of Conditioned Yarns and Cords |
8 | TABLE 2 |
9 | Adjustment of Observed Breaking Strength (Force) of Rayon Yarns and Cords to a Specified Moisture Regain Level Breaking Tenacity of Conditioned Yarns and Cords Elongation at Break of Conditioned Yarns and Cords |
10 | Adjustment of Observed Elongation of Rayon Yarns and Cords to a Specified Moisture Regain Level Force at Specified Elongation (FASE) of Conditioned Yarns and Cords FIG. 1 TABLE 3 |
11 | Modulus of Conditioned Yarns and Cords FIG. 2 FIG. 3 |
12 | Breaking Strength (Force) of Oven-Dried Rayon Yarns and Cords Breaking Tenacity of Oven-Dried Rayon Yarns and Cords TABLE 4 |
13 | Elongation at Break of Oven-Dried Rayon Yarns and Cords Force at Specified Elongation (FASE) of Oven-Dried Rayon Yarns and Cords Work-to-Break of Yarns and Cords Breaking Toughness of Yarns and Cords |
14 | Reports, General Twist in Yarns and Cords Thickness of Cords |
15 | Extractable Matter in Yarns and Cords Dip (Adhesive) Solids Pickup on Yarns and Cords |
16 | TABLE 5 |
17 | Adhesion of Cord to Elastomers Width Mass per Unit Area Count TABLE 6 |
18 | Stiffness of Fabric TABLE 7 FIG. 4 |
19 | Precision and Bias of Certain Cord Tests FIG. 5 TABLE 8 |
20 | Keywords |
21 | TABLE 9 |
22 | X1. GROWTH OF CONDITIONED YARNS AND CORDS X1.1 X1.2 X1.3 X1.4 X1.5 X1.6 X1.7 X1.8 X2. PROPERTIES OF YARNS AND CORDS AT ELEVATED TEMPERATURE X2.1 X2.2 X2.3 |
23 | X2.4 X2.5 |
24 | X3. CONTRACTION OF WET YARNS AND CORDS X3.1 X3.2 X3.3 X3.4 X3.5 X3.6 X3.7 X3.8 X4. SI CALCULATION X4.1 X4.2 X4.3 |
25 | X4.4 X5. BIBLIOGRAPHY OF TIRE CORD TEST METHODS X5.1 Adhesion X5.2 Birefringence X5.3 Breaking Time X5.4 Compression Testing X5.5 Contact-Angle X5.6 Creep X5.7 Crimp X5.8 Crystallinity |
26 | X5.9 Cut Resistance X5.10 Denier X5.11 Differential Thermal Analysis X5.12 Dip Pickup X5.13 Dynamic Modulus X5.14 Elastic Recovery X5.15 Elongation X5.16 Fatigue |
27 | X5.17 Flatspotting X5.18 Friction |
28 | X5.19 Gage X5.20 Hardness X5.21 Hysteresis X5.22 Impact Resistance |
29 | X5.23 Infrared Analysis X5.24 Intrinsic Viscosity X5.25 Moisture X5.26 Orientation X5.27 Reservoir X5.28 Resilience X5.29 Resonance Frequency X5.30 Solvation Resistance X5.31 Specific Heat X5.32 Staining X5.33 Stiffness X5.34 Stiffness (Dynamic Bending Modulus) X5.35 Strain Recovery (Elastic Recovery) X5.36 Stress Relaxation |
30 | X5.37 Tensile Strength X5.38 Thermal Conductivity X5.39 Thermal Shrinkage X5.40 Torsional Rigidity X5.41 Twist X5.42 Uniformity X5.43 Wettability |