Explanation of erosion-resistant EPDM rubber joints

Explanation of erosion-resistant EPDM rubber joints
The main feature of erosion-resistant EPDM rubber joints is their excellent resistance to oxidation, ozone and corrosion. Since EPDM rubber belongs to the polyolefin family, it has excellent vulcanization characteristics.
EPDM is a terpolymer of ethylene, propylene and non-conjugated diolefins. The diolefins have a special structure where only one of the two bonds can be copolymerized, and the unsaturated double bond is mainly used as a cross-chain at. The other unsaturated one will not become the main polymer chain, but only the side chain. The main polymer chain of EPDM is fully saturated. This property makes EPDM resistant to heat, light, oxygen, and especially ozone. EPDM is inherently nonpolar, resistant to polar solutions and chemicals, has low water absorption, and has good insulating properties.
Erosion-resistant EPDM rubber soft joint skeleton layer middle layer rubber using high-quality nylon cloth and hard welded wire by the lotus joint, with good strength to ensure that erosion-resistant EPDM rubber soft joint can not be stretched and torn in the process of use, can recover good lateral compression deformation, high strength nylon cord fabric rubber is linked to ensure the toughness, steel wire ring reinforcement layer of erosion-resistant EPDM rubber soft joint to ensure Strength.
Erosion-resistant EPDM rubber flexible joints have good toughness and strength, with the compensation requirements of various pipelines, erosion-resistant EPDM rubber flexible joints tube made of high quality rubber, with good surface finish and little medium resistance, so it can be applied to liquid, paste, powder and gas pipelines. The outer rubber layer is made of high quality waterproof rubber, which can resist the erosion of various environments, especially anti-aging. The service life of erosion-resistant EPDM rubber flexible joints is guaranteed. Under certain light conditions, there will be no cracks or debonding layer debonding.