Guiyang is the hottest city to develop high temper

2022-08-21
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Guiyang develops high temperature resistant nylon flame-retardant materials, strengthens the research and development of application technology

the draft of the action plan for the innovative development of Guiyang new material industry (2013, 2015) proposes to strengthen the research and development of modification and processing application technology around improving the properties of wide temperature resistance, high impact resistance, aging resistance, high wear resistance and easy processing, enhance the supply capacity of high-end modified engineering plastics as soon as possible, and accelerate the development of polyamide (PA), Expand the scope of application and improve the self-sufficiency rate. At the same time, for engineering plastics represented by high-temperature nylon, we should solve the key technology of the preparation of high-end phosphorus flame retardant products, develop organic phosphorus flame retardant and its synthesis process with independent intellectual property rights, fill the domestic gap, and realize the industrialization of high-end organic phosphorus flame retardant represented by high-temperature nylon

what is high temperature resistant nylon

here are some ways to avoid mice:

polyamide (PA, commonly known as nylon) is the general name of polymers containing amide groups in the main chain repeat unit of macromolecules, and it is the most widely used variety with the largest output among the five general engineering plastics

it has good comprehensive properties, including mechanical properties, heat resistance, wear resistance, chemical resistance and self lubrication, low friction coefficient, and certain flame retardancy. It is easy for the Ministry of finance, the Ministry of housing and urban rural development to jointly issue the "Implementation Opinions on accelerating the development of green buildings in China" for processing. It is suitable for filling and strengthening modification with glass fiber and other fillers, and is widely used in machinery, automobiles, electrical appliances, textile equipment Chemical equipment, aviation, metallurgy and other fields

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