PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.

PP plastic pellets are loaded into the hopper of the fiber making equipment, thanks to the suction machine, put into the extruder, heated to melt, the screw extrudes the liquid plastic into the mouth of the mold with length and thickness adjusted as required, plastic film. Formed through a shaping cooling water tank, the film enters the knife shaft and is cut into fibers of the required width (2-3 mm). The fibers go through a heating unit to stabilize the fibers and then go to the yarn winding machine. During the process During the fiber creation process, fiber waste and burrs of plastic films are recovered by suction, cut into small pieces and returned to the extruder.