Sub-station

MPS

Black nylon rods higher tensile bending curvature and the impact strength

by:MPS     2020-10-10

nylon rods is a kind of important engineering plastics, can replace mechanical equipment wear parts, instead of the copper and alloys for equipment wear resistance. Has good toughness and wear resistance force, oil resistant, seismic, stretching, bending strength, and has the characteristics of small water absorption, good dimensional stability, and is used for processing various wear-resistant high strength parts.

black nylon rods, outstanding wear resistance, its friction coefficient is usually to 0. 1 - 0. 3 as phenolic plastic a quarter, and a third type of alloy is a kind of excellent self-lubrication material good mechanical properties. Its hardness is big, and have higher tensile, bending curvature and the impact strength and high extension of the compressive strength and the metal as its fatigue strength and the same level of the cast iron and aluminum alloy. Stable chemical stability, its chemical whether weak base, alcohol ester, hydrocarbons,

oils are not affected. The proportion of light, has good toughness, wear resistance, strong resistance to oil, the seismic characteristics of black nylon rods is suitable for making wear parts, transmission parts, home appliance parts, automotive parts, prevent mechanical parts, south China university of technology equipment, electrical insulation parts. Such as turbine, gear, bearing, impeller, blade, wire rod, high pressure washer, sealing ring, nut, screw, shuttle, sleeve, bushing connector, etc. , the product is widely used, is the material for the plastic instead of steel, nylon tensile strength and impact strength is higher, is a kind of common wear-resistant plastic, commonly used in processing of gears, bearing wheel, wear-resistant parts and rotating parts, switch, bearing, etc.

this website: https://www. 国会议员, insulationpins。 com/news/443。 HTML keywords: nylon rods, black nylon rods
Custom message
Chat Online 编辑模式下无法使用
Chat Online inputting...