Factory Manufacturer SGS Certification Skidproof Embossed SBR Neoprene (NS-004)

It has good physical and mechanical properties, oil resistance, heat resistance, flame resistance, sunlight resistance, ozone resistance, acid and alkali resistance, and chemical reagent resistance. The disadvantage is poor cold resistance and storage stability. It has high tensile strength, elongation, reversible crystallinity and good adhesion. Resistance to aging and heat. Excellent oil and chemical resistance. The weather resistance and ozone aging resistance are second only to EPDM and butyl rubber. The heat resistance is equivalent to that of nitrile rubber, with decomposition temperature of 230~260 ℃, short-term resistance of 120~150 ℃, long-term use at 80~100 ℃, and certain flame retardancy. Oil resistance is second only to nitrile rubber. Good resistance to inorganic acid and alkali corrosion. Slightly poor cold resistance and poor electrical insulation. The storage stability of raw rubber is poor, resulting in "self sulfur" phenomenon. Mooney viscosity increases and raw rubber hardens.

Product application

CR122 neoprene: transmission belt, transport belt, wire and cable, oil-resistant rubber plate, oil-resistant rubber hose, sealing material and other rubber products.

CR232 neoprene: cable sheath, oil-resistant rubber hose, rubber seal, adhesive, etc.

CR2441 2442 neoprene: raw material for adhesive production, used for bonding metal, wood, rubber, leather and other materials.

CR321 322 neoprene: cable, rubber plate, common and oil-resistant rubber hose, oil-resistant rubber boots, wind guide, rain cloth, tent cloth, conveyor belt, conveyor belt, rubber seal, agricultural capsule air cushion, lifeboat, etc. It is used as toughening agent of modified acrylate fast structure adhesive (SGA).

Neoprene has a low oxidation rate and can be used in a variety of building applications, including electrical insulation, adhesives and asphalt products. Thick neoprene bearing pads are used in buildings to withstand the pressure of heavy objects and loads. The chemical inertness of neoprene helps it resist the influence of weather, ozone and other outdoor variables, and can withstand petroleum based mixtures such as solvent, oil and grease. Neoprene bearing pads are also used for bridges as safety mechanisms. They give the bridge flexibility to minimize the damage caused by movement. Because neoprene is stable and non-reactive, it can also be used to manufacture corrosion resistant coatings and as a base for adhesives.

Neoprene can be used as an insulator in power transformers, bulbs and other electrical applications due to its fireproof and anti-static properties. Neoprene is also used for electrical sealing gaskets to provide waterproof sealing, heat resistance and anti-static, and to prevent the entry of dust and pollutants.