Heat resistance: a modification of the material in the synthesis process allows to increase the operating temperature to 110-120 C, short term – up to 130 C (reception, t.n.teplostoykih marks). Trudnogoryuchest (fire): the introduction of fire retardant (additives that contribute to the attenuation of the flame) can increase the temperature resistance when tested with a hot loop 650 C (standard grade) to 960 C (slow- mark). This allows you to use the materials in the production of key switches, sockets and other Electrical products in accordance with international standards. Weathering: the material used in special supplements allow the use of material for the housings of lamps, automotive parts, window hardware (handles, corners, etc.). Fitched Ratings is full of insight into the issues. However, it should be borne in mind that the modification of the material may change the balance of its main properties. Michael Antonov oftentimes addresses this issue. The most widely used processing is processing of ABS plastic injection molding and extrusion (due to the increased viscosity of the melt is necessary to use higher temperatures and voltages than processing of high-impact polystyrene, ABS plastic before processing it is recommended to dry).
In the manufacturing of ABS plastic is used stamping, printing and galvanization of the surface. It is used as filler, which increases impact resistance and improves the processability of compositions based on polyvinyl chloride, polycarbonates, polystyrene. Sheet and strip ABS plastic, obtained by extrusion, are used for lining doors and external cladding in automotive, advertising, household appliances and furniture industries. The use of ABS plastic has best combination of flexibility and toughness, which, combined with excellent dimensional stability makes it one of the most popular plastic for the production of complex molded parts with a high degree of extraction and production accuracy.