Fiber Reinforcement Extrusion Equipment
Before dipping, bake the yarn and adjust the tension. Use multi-stage rubber rollers to fully immerse the yarn and filter out excess glue.
The yarn frame adopts an assembled structure, with a yarn loading capacity of 30 balls per layer; Tensioning devices can be installed according to process requirements; Install two guide plates on each floor, each with ceramic eyes installed on the guide plates; It can be combined into a 6-meter length according to production process requirements.
Overall length:1500;Exterior width:800;Outline height:1330
Fiberglass Extruded Profiles-A
FRP profiles are made using pultrusion molding technology, which has the advantages of high strength, lightweight, non deformation, diverse colors and patterns, easy assembly, long service life, no need for maintenance, and environmental protection.
Fiberglass Extruded Profiles-B
FRP profiles are made using pultrusion molding technology, which has the advantages of high strength, lightweight, non deformation, diverse colors and patterns, easy assembly, long service life, no need for maintenance, and environmental protection.
Fiberglass Extruded Profiles-C
FRP profiles are made using pultrusion molding technology, which has the advantages of high strength, lightweight, non deformation, diverse colors and patterns, easy assembly, long service life, no need for maintenance, and environmental protection.
Fiberglass Extruded Profiles-D
FRP profiles are made using pultrusion molding technology, which has the advantages of high strength, lightweight, non deformation, diverse colors and patterns, easy assembly, long service life, no need for maintenance, and environmental protection.
Fiberglass Extruded Profiles-E
FRP profiles are made using pultrusion molding technology, which has the advantages of high strength, lightweight, non deformation, diverse colors and patterns, easy assembly, long service life, no need for maintenance, and environmental protection.
Fiberglass Extruded Profiles-F
FRP profiles are made using pultrusion molding technology, which has the advantages of high strength, lightweight, non deformation, diverse colors and patterns, easy assembly, long service life, no need for maintenance, and environmental protection.