Chemical resistant, water and dry particle impervious, flame resistant laminate
a technology of impervious water and dry particles and flame resistant laminates, applied in the field of chemical resistant, water and dry particle impervious, flame resistant laminates, can solve the problems of not being able to resist flame, and being difficult to manufacture, etc., to enhance the chemical resistance of the laminate, enhance the protection against polar solvents, and improve the solvent repellancy of the laminate.
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example 2
[0026] A laminate was formed by the same method described in Example 1, except a 2.0 mil polyvinyl chloride film was used as the polymeric film. Properties of the laminate are shown below in Table 2. All data shown in Table 2 is the calculated mean.
2TABLE 2 Physical Properties of Laminate Having 2.0 Mil PVC Layer Cured Bond Cured Bond Grab Grab Basis Strength- Strength- Tensile Tensile Weight Thickness MD XD MD XD Static Static (oz / sq. yd.) (in.) (grams / in.) (grams / in.) (lb.) (lb.) Decay-MD Decay-XD 4..25 0.015 94 126 43.5 33.6 0.01 0.00 Flame Flame Char Flame Char Weight Mullen Taber Trap Trap Length- Length- Loss Burst Abrasion Suter Tear-MD Tear-XD Resistivity MD (in.) XD (in.) MD (%) (lb.f / sp. in.) (cycles) Hydrostatic 7.2 10.3 31.0E+12 4.6 4.3 23.6 33.0 500 >100 cm
example 3
[0027] Laminates were made by the same method of Example 1 having a 0.5 mil polyvinyl chloride layer and a 2.0 mil polyvinyl chloride layer. The chemical penetration resistance for each laminate was tested by the method taught in ASTM F903-87. Procedure C and the results are shown in Table 3 below,
3TABLE 3 Chemical Penetration of Laminates Laminate Having Laminate Having 0.5 mil PVC Layer 2.0 mil PVC Layer Acetone Pass Pass Acetonitrite Pass Pass Carbon Disulfide Pass Pass Dichloromethane Fail Fail Diethylamine Fail Pass Dimethylformamide Fail Fail Ethyl acetate Pass Pass Hexane Pass Pass Methanol Pass Pass Nitrobenzene Fail Fail Sodium hydroxide Pass Pass Sulfuric Acid Fail Fail Tetrachloroethylene Pass Pass Tetrahydrofuran Fail Fail Toluene Pass Pass
[0028] The laminates described herein should be useful for protective garments used in heavy Industry (e.g. welding, equipment manufacturing), hazardous chemical remediation, general laboratory work, electrical utilities (rainware, fir...
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