Epoxy resin pipe is a commonly used electronic and electrical insulating material. It is resistant to high voltage, corrosion, high temperature, high strength, and good electrothermal performance. It can work for a long time under high voltage without fatigue. It can be used normally in hot and humid environments. The use of excellent anti-rust raw materials can ensure its anti-rust performance. It has good mechanical strength, tough paint film, abrasion resistance and impact resistance. The solid content is high and the coating film is thicker. Cured at room temperature to form a film. No need for large-scale baking equipment.

The surface coating of the epoxy resin pipe is a two-component, high-solid coating with epoxy resin as the main agent. It is widely used in drinking water tanks, water pipes, water tanks and other places. When spraying, the epoxy resin powder has not been completely fused to the inner and outer walls of the substrate. After 30 minutes of preheating and curing, the curing agent in the epoxy resin is completely cured, making the coating on the inner and outer walls stronger and thermosetting. The powder characteristics are fully revealed. Good corrosion resistance. Since the main raw materials of FRP are composed of polymer unsaturated polyester resin and glass fiber, it can effectively resist the corrosion of acid, alkali, salt and other media, as well as untreated domestic sewage, corrosive soil, chemical wastewater and many chemical liquids. The erosion, in general, can maintain safe operation for a long time.

Epoxy resin pipe has been widely sought after in the society after long-term development!

1, strong adhesion

The existence of polar hydroxyl and ether bond inherent in the molecular chain of epoxy resin makes it have high adhesion to various substances. The shrinkage of epoxy resin is low when cured, and the internal stress generated is small, which also helps to improve the adhesion strength.

2, strong contractility

The reaction between the epoxy resin and the curing agent used is carried out by direct addition reaction or ring-opening polymerization reaction of epoxy groups in the resin molecule, and no water or other volatile by-products are released. Compared with unsaturated polyester resins and phenolic resins, they show very low shrinkage (less than 2%) during curing.

3, electrical performance

The cured epoxy resin system is an excellent insulating material with high dielectric properties, surface leakage resistance, and arc resistance.

4, mechanical properties

The cured epoxy resin system has excellent mechanical properties.

5, chemical stability

Generally, the cured epoxy resin system has excellent alkali resistance, acid resistance and solvent resistance. Like other properties of cured epoxy systems, chemical stability also depends on the resin and curing agent selected. Appropriate selection of epoxy resin and curing agent can make it have special chemical stability.

6, dimensional stability

The combination of many of the above properties gives the epoxy resin system outstanding dimensional stability and durability.

7, mold resistant

The cured epoxy resin system is resistant to most molds and can be used under harsh tropical conditions.