1. Pipe material: CPVC is mainly used to produce plate, bar, pipe to transport hot water and corrosive media, in less than 100 degrees C can maintain adequate strength, and under high internal pressure can be used for a long time. The weight of CPVC is brass, copper 1/6, steel 1/5, and has very low thermal conductivity, therefore, with CPVC manufacturing pipe, light weight, good thermal insulation, no insulation.2. CPVC pipe can be used as factory hot sewage pipe, plating solution pipeline, thermochemical reagent pipeline, chlor-alkali plant wet chlorine gas pipeline.
3. Injection parts: CPVC resin can produce water supply pipe fittings, filter materials, dehydrators, etc. . Also can produce electrical and electronic parts. Such as wire slot, conductor protection layer, electric switch, fuse protection cover, cable insulation materials.
4. Calendering sheet: can be used to make chemical resistance, corrosion-resistant chemical equipment, such as reactors, valves, electrolyzers and so on.
5. Composites: CPVC composites composed of CPVC and some inorganic or organic fibers have good impact resistance and heat resistance than other resin composites, can be made into plates, pipes, corrugated plates, profiles, etc. .
6. CPVC can be used in the modification of PVC fiber: the washing and drying temperature of domestic PVC fiber should not exceed 60 ° C, adding 30% CPVC in the spinning of PVC fiber can greatly improve the heat resistance of the product, shrinkage from the original 50% to less than 10% .
7. Foamed material: the heat resistance of foamed material of CPVC is better than that of PVC foamed material. High temperature shrinkage rate is quite small, can be used as hot water pipes, steam pipes insulation materials. When the chlorine content is more than 60% , the CPVC can be foamed in the solvent which can produce gas when heated, and the uniform and microporous foamed gas can be obtained, it can be used as foaming agent by using hydrocarbon, ether and aldehyde solvents with boiling point of 50-160 ° C.
8. In addition, the blending of CPVC with thermoplastic or thermosetting plastics can significantly improve the physical and mechanical properties of these materials, such as improving the heat resistance of products.
9. CPVC with higher impact resistance and better transparency is also prepared by improving the production process abroad. This kind of transparent material can be used in automobile, optical disc and audio-visual products with good economic benefits.