Made primarily from vinyl ester resin and C-type glass flakes, it offers excellent chemical resistance, wear resistance, and extremely low permeability. It performs well in medium temperatures and is particularly suitable for anti-corrosion in desulfurization engineering equipment, such as desulfurization towers and flues, in areas with temperatures up to 100°C.

It has excellent adhesion to the surface of iron materials in a medium-temperature environment. It can dry quickly to form a film and create a dense protective layer, isolating the iron materials from external corrosive media. It effectively prevents the rusting and corrosion of iron materials. It is often used as a primer in the anti-corrosion coating system for steel structural components, such as bridges, steel structure workshops, etc., in a medium-temperature environment.

The high - performance modified phenolic vinyl ester resin has a high cross - linking density. It can maintain good mechanical properties at high temperatures and has excellent tolerance to various organic solvents such as dichloroethane and dimethylformamide, as well as strong corrosive media. Therefore, it is often used in chemical storage tanks, pipelines and other equipment that are exposed to high temperatures and strong solvents.

It is specifically designed for concrete substrates. It can effectively penetrate into the pores of the concrete, enhancing the adhesion between the coating and the concrete. It seals the air holes on the surface of the concrete, preventing the intrusion of water vapor and corrosive media, and provides a good foundation for the subsequent construction of anti-corrosion and protective coatings. It is often used as a primer for protective projects of concrete pools, floors, etc.

901 is a standard vinyl ester resin, appearing as a clear brownish-yellow liquid. It boasts excellent chemical resistance, toughness, and fatigue resistance, capable of withstanding most acids, alkalis, and salt solutions at temperatures below 100℃. It is suitable for various fiberglass molding processes and is commonly used in the manufacture of corrosion-resistant equipment.

This is a phenolic epoxy-modified vinyl ester resin with a high cross-linking density after curing. It has excellent resistance to oxidative acids and highly corrosive organic solvents, and features an extremely high heat deflection temperature (HDT). It is suitable for high-temperature and highly corrosive environments such as the preparation of high-temperature flues and smoke ducts, as well as protective applications for high-temperature chemical reaction equipment.

When added, it can enable the resin coating to dry and form a film quickly in the air, improving the construction efficiency. It can also optimize the surface state of the coating, reducing problems such as stickiness and incomplete drying. It is suitable for the coatings of unsaturated polyester resins and vinyl ester resins that are constructed at room temperature and in the air, such as the coating of outdoor FRP products.

It has good water resistance, corrosion resistance and mechanical strength, as well as excellent wettability and operability, and relatively good heat resistance. It is suitable for processes such as hand lay-up and filament winding, and can be used to manufacture pipelines, storage tanks, and general corrosion-resistant equipment. It has a high cost-performance ratio in environments with medium and low concentration acids.

Made primarily from vinyl ester resin and C-type glass flakes, it offers excellent chemical resistance, wear resistance, and extremely low permeability. It performs well in medium temperatures and is particularly suitable for anti-corrosion in desulfurization engineering equipment, such as desulfurization towers and flues, in areas with temperatures up to 100°C.

It has excellent adhesion to the surface of iron materials in a medium-temperature environment. It can dry quickly to form a film and create a dense protective layer, isolating the iron materials from external corrosive media. It effectively prevents the rusting and corrosion of iron materials. It is often used as a primer in the anti-corrosion coating system for steel structural components, such as bridges, steel structure workshops, etc., in a medium-temperature environment.

The high - performance modified phenolic vinyl ester resin has a high cross - linking density. It can maintain good mechanical properties at high temperatures and has excellent tolerance to various organic solvents such as dichloroethane and dimethylformamide, as well as strong corrosive media. Therefore, it is often used in chemical storage tanks, pipelines and other equipment that are exposed to high temperatures and strong solvents.

It is specifically designed for concrete substrates. It can effectively penetrate into the pores of the concrete, enhancing the adhesion between the coating and the concrete. It seals the air holes on the surface of the concrete, preventing the intrusion of water vapor and corrosive media, and provides a good foundation for the subsequent construction of anti-corrosion and protective coatings. It is often used as a primer for protective projects of concrete pools, floors, etc.

901 is a standard vinyl ester resin, appearing as a clear brownish-yellow liquid. It boasts excellent chemical resistance, toughness, and fatigue resistance, capable of withstanding most acids, alkalis, and salt solutions at temperatures below 100℃. It is suitable for various fiberglass molding processes and is commonly used in the manufacture of corrosion-resistant equipment.

This is a phenolic epoxy-modified vinyl ester resin with a high cross-linking density after curing. It has excellent resistance to oxidative acids and highly corrosive organic solvents, and features an extremely high heat deflection temperature (HDT). It is suitable for high-temperature and highly corrosive environments such as the preparation of high-temperature flues and smoke ducts, as well as protective applications for high-temperature chemical reaction equipment.

When added, it can enable the resin coating to dry and form a film quickly in the air, improving the construction efficiency. It can also optimize the surface state of the coating, reducing problems such as stickiness and incomplete drying. It is suitable for the coatings of unsaturated polyester resins and vinyl ester resins that are constructed at room temperature and in the air, such as the coating of outdoor FRP products.

It has good water resistance, corrosion resistance and mechanical strength, as well as excellent wettability and operability, and relatively good heat resistance. It is suitable for processes such as hand lay-up and filament winding, and can be used to manufacture pipelines, storage tanks, and general corrosion-resistant equipment. It has a high cost-performance ratio in environments with medium and low concentration acids.