A novel engineering plastic with numerous potential uses is CPVC. A new kind of engineering plastic called polyvinyl chloride (PVC) resin, which is used to make the resin, is chlorinated and modified to create the resin. The product is a white or light yellow powder or granule that is odorless, tasteless, and non-toxic.

After the PVC resin is chlorinated, the molecular bond’s irregularity, polarity, solubility, and chemical stability all increase, which improves the material’s resistance to heat, acid, alkali, salt, oxidant, and other corrosion. Increase the chlorine content from 56.7% to 63-69%, raise the Vicat softening temperature from 72-82 °C to 90-125 °C, and raise the maximum service temperature to 110 °C for long-term use to improve the mechanical qualities of the heat distortion temperature of the resin. There is a 95°C temperature. Among them, CORZAN CPVC has a higher performance index.

CPVC pipe is a brand-new kind of pipe with outstanding corrosion resistance. The steel, metallurgy, petroleum, chemical, fertilizer, dye, pharmaceutical, electric power, environmental protection, and sewage treatment industries have all made extensive use of it recently. It is a metal corrosion-resistant substance. Perfect replacement

The degree of crystallinity diminishes and the polarity of the molecular chain increases as the amount of chlorine in the material increases, increasing the irregularity of the CPVC molecules in the structure and the thermal distortion temperature.

The maximum usage temperature for CPVC goods is 93–100°C, which is 30–40°C warmer than the maximum use temperature for PVC. PVC’s ability to withstand chemical corrosion is also improving, and it can now withstand strong acids, strong alkalis, salts, fatty acid salts, oxidants, and halogens, among other things.

Additionally, as compared to PVC, CPVC has improved tensile and bending strength. CPVC has superior aging resistance, corrosion resistance, and great flame retardancy when compared to other polymer materials. Due to its chlorine content of 63-74%, CPVC raw material is greater than PVC (chlorine content 56-59%). Both the processing viscosity and the density of CPVC (between 1450 and 1650 Kg/m) are higher than those of PVC. According to the aforementioned information, CPVC is substantially more challenging to process than PVC.

The composition of CPVC pipeline system includes: CPVC pipe, CPVC 90° elbow, CPVC 45° elbow, CPVC straight, CPVC loop flange, CPVC flange blind plate, CPVC equal diameter tee, CPVC reducing tee, CPVC concentric Reducer, CPVC eccentric reducer, CPVC manual butterfly valve, CPVC manual ball valve, CPVC electric butterfly valve, CPVC check valve, CPVC manual diaphragm valve, PTFE compensator (KXTF-B type), Dingqing rubber coated poly Fluorine gaskets, stainless steel (SUS304) bolts, channel steel brackets, equilateral angle steel continuous brackets, U-shaped pipe clips, etc.