Nylon lining wear-resistant nylon circle
Price |
3800 |
Unit |
件 |
Yield |
78510/年 |
Place of Production |
河北景县 |
Product Category |
环境保护类(火炬、废气制酸设备、废气精馏冷却塔) |
Delivery Time |
7天 |
|
Product Detail Parameters
Product Description
The high wear-resistant and self lubricating casted oil containing nylon is a new type of engineering plastic, which is a polyamide polymer polymer. The main factors of the comprehensive performance and the top five engineering plastics are not only impact resistance, light weight, seismic and noise reduction, but also high strength, self lubrication, corrosion resistance, abrasion resistance, strong hydrophobicity and no adsorption material. It can be widely substituted for non-ferrous alloys, such as tin - zinc - copper alloy, aluminum alloy, zinc based alloy, stainless steel and other nonferrous metal alloy. Its wear resistance and use period are more than two times higher than that of metal parts, and it has unique properties without damaging the dual parts.
Product performance: high wear resistant and self lubricating oil containing nylon is polymeric polymeric material with an average molecular weight of more than one hundred thousand. It is five times of ordinary nylon, all mechanical properties, far more than ordinary nylon, comprehensive performance index is better than other thermoplastic engineering plastics. The parts with the density of 1.2 to make the same volume are only 1/8 of the tin, zinc and copper alloy. Easy to install and reduce the cost of accessories. High mechanical strength and impact resistance, the notch impact strength of the simple bracket is as high as 6KJ/m2, which is four times that of tin, zinc and copper (1.4KJ/m2). It is suitable for the manufacture of anti impact components. Adding fine mineral oil additives in the polymerization process, increase self lubrication, reduce the friction coefficient, the friction coefficient is ordinary nylon 1/3, tin zinc copper alloy 1/2 and 45# copper on grinding two hour wear weight loss is 2.5*10-3 only tin zinc copper alloy one percent. The softening point of VEKA is 212 degrees, the thermal deformation temperature is 200 degrees, and the highest temperature of continuous heat resistance is 170 degrees. Insulation, oxidation resistance, corrosion resistance and aging resistance