When the glass fiber reinforced plastic anode tube is extruded, the fiber passes through the thermoforming die which is the same size as the glass fiber reinforced plastic product, and then enters a drawing mechanism. A rubber groove is arranged between the yarn frame and the forming die, wherein, a resin prepared in advance is arranged, and the fiber is impregnated with resin and arranged by a guiding device, and then enters the forming die. The guide device is provided with a round hole or slit for removing excessive resin sticking on the fiber. The temperature distribution of the forming die is carefully designed to ensure that the resin has completed the curing process when Paula is forced to leave the rear port of the FRP extrusion die. An air cooling section is provided at the front of the pulling mechanism and the cutting machine to cool the pultrusion products with higher temperature.
Glass steel anode tube injection pultrusion method has two advantages: one is the resin group distributing is more accurate, can use the metering pump continuous measurement, in order to avoid the error caused by manual mixing; two is the resin impregnation tank, by the open form into full closed form, greatly reducing the possibility of resin sputtering, thereby. Pultrusion process to improve the working environment.
Glass steel anode tube is a simple process, using extrusion molding equipment, its kind material is very broad, can use fibers, can also use woven or felted, its components can be glass fiber, can also be the aramid fiber and carbon fiber or other fiber materials. The pultruded steel tube is made of pultruded I, T and other sections. The solid tube or bar is used as a connecting rod, and the plate with voids is made by a certain assembly process.
Glass steel tube anode process is composed of glass fiber rovings twistless, glass fiber mat reinforced material in traction pultrusion machine, through the resin impregnated resin bath, after mold heating production of glass steel mechanical composite molding process.
Glass fiber reinforced plastic anode tube has good conductivity, corrosion resistance, smooth surface, low power consumption, no additional drugs, water collection can be directly reused. Material consumption and energy consumption are low. Because of the basic water free and anode adsorption of polar water droplets and SO3 aerosol, the emission of PM2.5 can be effectively controlled and the chimney rain can be avoided. The conductive mode has good conductivity and corrosion resistance, without using external sources, 6 corners of the honeycomb structure, uniform charge, per unit volume of anode plate with large area metal surface of the fabric to keep water moist and uniform, four angle plate structure, a relatively uniform charge per unit volume, a relatively large area of metal anode plate is not directly as the use of electrodes, to ensure uniform surface water film covering plate, parallel structure, uniform charge, per unit volume of the anode plate area is small.
Glass fiber reinforced plastic products manufacturers remind you: Please click on [glass fiber reinforced plastic anode tube] to see more "glass fiber reinforced plastic pipe process and knowledge" information