Products

The FRP grating production line is an industrial-grade automated molding system designed for manufacturing high-strength fiberglass reinforced plastic (FRP) grating panels. Through pultrusion, compression molding, or hybrid processes, glass fibers and resin are cured under controlled temperature and pressure to form composite grating with outstanding load-bearing capacity and corrosion resistance.

The FRP pultrusion production line is an advanced automated system for continuous manufacturing of high-strength fiberglass-reinforced plastic profiles. It pulls continuous fiberglass rovings through resin impregnation and heated die forming to produce standard or custom composite profiles with stable quality.

The FRP filament winding production line is a high-end composite manufacturing system designed for modern industry, specialized in producing FRP pipes, storage tanks, and pressure vessels. With precision-controlled filament winding technology, the system optimizes material structure, delivering superior strength, corrosion resistance, and extended service life.

The FRP compression molding machine is an industrial-grade automated system designed for high-efficiency manufacturing of high-strength composite products. Using high temperature and high pressure molding technology, SMC/BMC materials are formed into FRP products with stable structure and precise dimensions in a single process.

The Carbon Fiber High-End Creel System is a precision fiber feeding unit designed for high-performance composite manufacturing. It ensures stable and efficient delivery of carbon fiber, glass fiber, and other industrial rovings. It is widely used in filament winding, pultrusion, and automated fiber placement processes, serving as a critical front-end system for consistent product quality.

The FRP pipe curing oven system is a key thermal processing unit in FRP pipe production lines. It is used to cure filament-wound pipes at controlled high temperatures, ensuring full resin polymerization and stable composite structure formation.