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88% cotton 12% Nylon Canvas fire retardant + water repellent fabric 86*48/12+12*12+12 for flame retardant protective clothing

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This fabric can meet GB/T standard, ISO standard, JIS standard, US standard. All the fabrics will be 100 percent inspected before shipment according to American four point system standard.


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Art No. MEZ1206X
Composition 88% Cotton 12% Nylon
Yarn Count 12+12*12+12
Density 86*48
Full Width 58/59″
Weave Canvas
Weight 285g/㎡
Available Color Navy etc.
Finish Flame Retardant, Fire Retardant, water repellent
Width Instruction Edge-to-edge
Density Instruction Finished Fabric Density
Delivery Port Any port in China
Sample Swatches Available
Packing Rolls, fabrics length less than 30 yards are not acceptable.
Min order quantity 5000 meter per color,5000 meter per order
Production Time 30-35days
Supply Ability 200,000 meters per month
End Use Flame retardant protective clothing for metallurgy, machinery, forestry, fire protection and other industries

Payment Terms: T/T in advance, LC at sight.
Shipment Terms: FOB, CRF and CIF, etc.
Fabric Inspection: This fabric can meet GB/T standard, ISO standard, JIS standard, US standard. All the fabrics will be 100 percent inspected before shipment according to American four point system standard.

 

Fabric Composition 88% Cotton 12% Nylon
Weight 285g/㎡
Shrinkage EN 25077-1994 Warp ±3%
EN ISO6330-2001 Weft ±3%
Color fastness to washing(After 5 washes) EN ISO 105 C06-1997 4
Color fastness to dry rubbing EN ISO 105 X12 4
Color fastness to wet rubbing EN ISO 105 X12 3
Tensile strength ISO 13934-1-1999 Warp(N) 1287
Weft(N) 634
Tear strength ISO 13937-2000 Warp(N) 61.2
Weft(N) 56
Flame retardant performance index EN11611;EN11612;EN14116
Water repellent AATCC 22 Before Wash Grade 5
AATCC 22 After 5Washes Grade 3

The end use of fire retardant fabric

Fire retardant fabrics are used in a variety of applications like industrial work wear, uniforms for fire fighters, air force pilots, tent and parachute fabric, professional motor racing apparel etc to protect the wearer against fires, and electrical arcs etc. They are mostly used in interior materials like curtains, in hotels, hospitals and theaters. Materials like Twaron are used in fabrics to withstand high temperature in industry like fire fighting. Materials like aluminum hydroxide are commonly used as fire retardant as it gives three way protection. It breaks down to give off water vapor, and further absorbs much heat, thereby cooling the material and the residue of alumina and forms a protective layer.
Flame retardancy of a fabric depends on the number of times; the fabric is dry cleaned, and the environmental conditions in which the fabric is used. The fire retardant properties of a finished fabric are normally tested by using addon, tensile strength, LOI-value, and vertical flame test determinations.


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