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500D Nylon 66 Oxford Fabric

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Tactical Vest Oxford Fabric Material

Composition 100% Nylon
Width 150cm
Density 500D
Thickness 82T
Weight 260gsm
Feature Waterproof, Strong, Durable

This fabric is 500x500 denier, 100% nylon, strong, durable, and waterproof.

Backing with a PU waterproof coating, making it extremely durable.

This oxford fabric is widely used for militaries such as tactical vests, backpacks, camping tents, holsters, and even for patio roofs, tents, canopies, duffle bags, awnings, makeshift roofs, outdoor umbrellas or even boat covers.

500D Brown Woven Oxford Fabric Test Report

1. Color Fastness to Perspiration ISO 105 E04:2013

Unit: <Grade>
  Acid Alkali
Color Change 4-5 4-5
Color Staining
Acetate 4-5 4-5
Cotton 4-5 4-5
Polyamide 4-5 4-5
Polyester 4-5 4-5
Acrylic 4-5 4-5
Wool 4-5 4-5

2. Color Fastness to Rubbing ISO 105 X 12:2016
Dry: 4-5 Grade
Wet: 4-5 Grade

3. Color Fastness to Washing ISO 105 C06:2010 A2S
Wash at 40°C, wash time 30 minutes, with 4g/l ECE detergent solution, 1g/l sodium perborate tetrahydrate, 10 steel balls, SDC-DW multifiber adjacent fabrics.
Color Change: 4-5 Grade
Color Staining
Acetate: 4-5 Grade
Cotton: 4-5 Grade
Polyamide: 4-5 Grade
Polyester: 4-5 Grade
Acrylic: 4-5 Grade
Wool: 4-5 Grade

4. Color Fastness to Light ISO 105 B02:2014 Exposure method 3, using the blue wool reference 5.
Test Result: >5 Grade

5. Tensile Strength ISO 13934.1:2013 Strip Test
5cm strip test, CRE tensile test machine, testing speed 100mm/min, gauge length 200mm.
Breaking force: Warp 3000N, Weft 1800N

6. Tearing Strength ISO 13937.2:2000 Single-shaped method
CRE tensile test machine, testing speed 100mm/min, gauge length 100mm
Warp 160N, Weft 130N

7. Determination of resistance to surface wetting ISO 4920-2012
Spray test, the temperature of the used water is 20°C
Unit:<grade>
Specimen 1#:  4-5
Specimen 2#:  4-5
Specimen 3#:  4-5
Remark:
5–no sticking or wetting of the specimen
4– slight random sticking or wetting of the specimen face
3 – wetting of specimen face at spray points
2 – partial wetting of the specimen face beyond the spray points
1 – complete wetting of the entire specimen face beyond the spray points
0 – complete wetting of the entire face of the specimen