F4 Turning Plate

Rubber changes due to heat. When elasticity is lost, the deformation value becomes larger. Fluorinated rubber at about 200 degrees, F4 turning plate, the deformation value will begin to increase sharply. And Kalrez4079 even at 300 degrees, the deformation rate is not more than 20%. In addition, in the long-term compression deformation test at a temperature of 200 degrees, the deformation rate of the Kalrez4079 remained below 50% for a long time. PTFE plate compression deformation determination, is in accordance with the provisions of the JISK6301 to use the measuring tool, to compress the rubber test piece, and in a certain high temperature environment for a certain period of time, immediately take out the test piece, and according to the right to measure the formula to determine the deformation. This is from the intuitive high temperature experiment: ◆ compression deformation and temperature relationship test (JIS K6301)!

In terms of chemical resistance, the price of F4 turning board, ethers, amine-based compounds, ketones, oxidants, fuels, acids, alkalis and other environments that are not suitable for general fluorinated rubber, perfluorinated ether rubber can show its excellent stability and has excellent resistance to almost all chemicals.

PTFE turning plate has excellent comprehensive performance, high temperature resistance, corrosion resistance, non stick, self lubricating, excellent dielectric motor, very low coefficient of friction. Used as engineering plastics, it can be made into PTFE tubes, rods, belts, plates, films, etc. It is generally used in pipes, containers, pumps, valves, radar, high-frequency communication equipment, radio equipment, etc. which have high performance requirements. Adding any filler to PTFE that can withstand the sintering temperature of PTFE can greatly improve its mechanical performance. At the same time, to maintain other excellent PTFE function. Filling of the varieties of glass fiber, metal, metal oxide, graphite, carbon fiber, polyimide, EKONOL..., etc., wear resistance, limit PV value can be improved by 1000 times.

F4 Turning Plate

Uses of F4 turning board: chemical, petrochemical, oil refining, chlor-alkali, acid making, phosphate fertilizer, pharmaceutical, pesticide, chemical fiber, dyeing, coking, gas, organic synthesis, non-ferrous smelting, iron and steel, atomic energy and production of high-purity products (such as ion membrane electrolysis), viscous material transportation and operation, food, beverage and other processing and production departments with highly strict hygiene requirements.