Yinsu Nylon Flame Retardant to Nylon Flame Retardant?

Yinsu Nylon Flame Retardant to Nylon Flame Retardant?

Nylon flame retardant is a chemical that can increase the fire performance of nylon products. This article summarizes the latest research progress of nylon flame retardants in recent years. Nylon is a relatively flammable material, so the application must be flame retardant treatment. The flame retardancy of nylon containing bromides, some inorganic additives and carbon-forming organics is also discussed. It can be concluded that there is no ideal way to dampen the flame of nylon without losing its physical properties. Low-halogen and non-halogen flame retardants and many composite flame retardant polyamides that act synergistically with a variety of flame retardants will be increasingly developed.

Nylon flame retardants in engineering plastics nylon flame retardants are mainly used in engineering plastics, which can improve their flame retardant properties and reduce the pollution of the environment from the smoke and residue produced during combustion. Nylon flame retardants are widely used in machinery, automobiles, electronics, home appliances, consumer goods and other industries. Nylon flame retardants are mainly used in the flame retardant modification of PA6 and PA66, and the flame retardant performance of PA6 and PA66 can be improved by adding flame retardants.

Nylon flame retardants in automotive applications nylon is the world's most widely produced synthetic fiber, mainly used as automotive materials, nylon 66 (PA66) is a new heat-resistant plastic, with gravity light special, high temperature resistance and good chemical resistance. Good dimensional stability and other advantages, is widely used in the automotive industry. PA66 is mainly composed of polyamide 6 (PA 6) and polyamide 66 (PA 66), which has the characteristics of light specific gravity, good dimensional stability, excellent electrical properties, and good chemical resistance.

Nylon 6 high crystallinity, at about 83%, has good resistance to hydrolysis and solvent resistance; due to high crystallinity, slow crystallization, poor mobility, low melting point; easy thermal decomposition at high temperatures; nylon 6 poor chemical stability is very easy to oxidize with moisture and oxygen in the air chemical reaction; nylon 6 poor thermal shock resistance.

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