Product Name:Nylon plate
 
Size:100x100 100x150 100x200 200x300mm
 
Thickness:6mm 8mm 10mm 12mm 
 
Material:Nylon
 
Product Characteristics:Good processing performance  

Widely used in: electric power industry, petrochemical industry, aviation industry, machinery and equipment, etc.

Features: 

High abrasion resistance, high hardness abrasion resistance, high hardness, anti-aging, new A material long service life 

Easy to process, good mechanical properties suitable for processing custom 

Chemical stability. Resistant to alkali, alcohol, ether, hydrocarbon, weak acid,
Lubricating oil, detergent, water (seawater), and has the characteristics of non-odour, non-toxic, tasteless, non-rust, which provides excellent conditions for the use of mechanical parts widely used in alkali corrosion, environmental protection, hygiene, food, textile printing and dyeing.
 
Characteristics of nylon:
The appearance of nylon is milky white to light yellow, free of mechanical impurities and surface moisture of uniform particles, particle size of more than 40 particles / gram, with tiny black particles containing no more than 2%, characterised by toughness, shock resistance, high mechanical strength and heat resistance, good impact strength, high melting point, good moulding and processing performance. Water absorption, saturated water absorption rate of about 11%, easy to melt in sulfuric acid phenolics and formic acid, low temperature embrittlement temperature for another 20 degrees -30 degrees. 

Nylon (NMylon, Polyamide, PA for short) refers to plastics made up of polyamide resins. Such resins can be produced by diamine and dibasic acid by polycondensation, can also be formed by dehydration of amino acids by ring-opening polymerisation of lactam, and PS, PE, PP, etc. Unlike, PA does not gradually soften with the increase in heat temperature, but in a narrow range of temperatures close to the melting point of the softening of the melting point is very obvious, such as the melting point of nylon 6:215-225 ° C. Once the temperature is reached, the flow occurs. Flow occurs once the temperature is reached.