ABS particles for engineering use

2. Suitable for high material temperature, high mold temperature, but the material temperature is too high and easy to decompose (decomposition temperature >270 degrees). For the high precision plastic parts, the mold temperature is suitable for 50-60 degrees, and the high gloss. For heat-resistant plastic parts, the mold temperature should be 60-80 degrees.

ハレ is added to the same small, ルじm, called % ロ,はJハ
Some alcohols and hydrocarbon solvents, but soluble in aldehydes, ketones, esters and some chlorinated hydrocarbons.
Disadvantages of ABS engineering plastics: low thermal deformation temperature, flammable, poor weather resistance. ABS Engineering Plastics
ABS resin is A copolymer of acrylonitrile (A), butadiene (B) and benzene (S) three monomers. ABS resin maintains the excellent electrical properties and easy processing formability of benzene, and increases the elasticity, strength (butadiene characteristics), heat resistance and property (acrylonitrile excellent performance), and the surface hardness is high, good chemical resistance, At the same time, by changing the proportion of the above three components, the various properties of ABS can be changed, so ABS engineering plastics have uses, mainly used in machinery, electrical, textile, automobile and shipbuilding industries.
The permissible temperature range is -40℃ to 80℃ Polyformaldehyde