EPDM COATED POLYESTER TIRE CORD

Tire cord fabric is a type of industrial fabric which is constructed using High Tenacity yarns in the warp direction and yarns of negligible resistance in weft direction which is used to hold warn yarns locked in their position. Tire cord coated fabrics provides fundamental properties such as controlled deformation, high strength, abrasion resistance, etc. Widely used by the tire industry, it is also employed for the rubber hose manufacture, air springs, expansion joints, among many other applications.

Polyester is a the synthetic fiber that detains the first place in terms of global production. It is a linear polymer whose mass comprises predominantly (at least 80%) of the ester functions and terephthalic acid. The polyester yarn is lightweight and flexible. It is resistant to ultraviolet radiation. Low flammability. It softens at 245 ° C and melts at 250 ° C. It keeps a good shape memory and can therefore be used into coated fabrics composition. Furthermore, a suitable weaving also allows good heat dissipation.

Ethlylene Propylene Diene Monomer is a copolymer of ethylene and propylene and a smaller amount of a diene monomer which forms chemically unsaturated ethylene groups pendant from the main saturated chain. These facilitate cross-linking reactions which do not affect the integrity of the polymer backbone. This feature gives EPDM excellent heat, ozone and chemical resistance. Physical properties are very good and resistance to polar fluids is generally good. Low temperature resistance is very good and EPDM can be compounded to give excellent electrical resistance.

General Propertiesmin - max
Warp breaking strength90 - 2000 daN/5cm
Weft breaking strength-
Warp elongation at break10% - 20%
Weft elongation at breakselon construction
Weight per sqmfrom 450 gr/m2
ThicknessUpon request
Peeling strengthUpon request
Continuous Temperature-55C° à 130C°
Point Temperature-55C° à 140C°

Properties

Heat resistant
Fireproofed
Acids resistance
Non-skid
UV resistance
Water storage
Ozone Resistance
Isolation to radiation
General Propertiesmin - max
Warp breaking strenght90 - 2000 daN/5cm
Weft breaking strenght80 - 1400 daN/5cm
Warp elongation at break10% - 20%
Weft elongation at break10% - 20%
Weight per sqm90 - 1100
General Propertiesmin - max
Hardness ShA30 - 90 ShA
Hardness IRHD30 - 90 IRHD
Tensile Strength8 - 20
Elongation at break100% - 900%
Operating temperature
Continuous Temperature-55 C° - 130C°
Point Temperature-55 C° - 140C°
Resistance
Solvent resistance
Acid resistance
oxygen ageing
Ozone ageing --
light ageing
Cold ageing --
heat ageing --
Available colors :
     
Fireproofing option.
  • Expansion joints
  • fireproof protection

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