Glass fiber drying treatment device

Abstract

The invention discloses a glass fiber drying treatment device. Stainless steel frames are disposed at the top and the bottom of a containing box; infrared lamps and fans are disposed on the stainless steel frame, mutually connected in parallel, installed on the stainless steel frame uniformly and alternatively and connected to a control device outside the containing box; a wireless communication module is mounted in the control device; an arrangement net is mounted on the middle layer of the containing box; glass fiber holes are formed in the side wall of the containing box; and temperature sensors and humidity sensors are disposed inside the containing box and connected to the control device. The glass fiber drying treatment device is convenient to operate and can achieve remote control; glass fibers are not affected by the environment; automatic operation and stopping of the infrared lamps and the fans are achieved through remote control by a control terminal; the stable humidity environment is guaranteed, and meanwhile energy consumption is reduced; the glass fibers are prevented from being interfered and aggregated during later-stage mixing processing, and good dispersibility of the glass fibers is guaranteed; and multiple tests prove that the using effect of finally produced products is good.

Description

technical field [0001] The invention relates to a glass fiber drying treatment device, which belongs to the field of glass fiber processing. Background technique [0002] Because glass fiber has excellent properties such as good insulation, strong heat resistance, and good corrosion resistance, it is often used as a reinforcing material in composite materials to prepare glass fiber reinforced products. In the process of processing, most of the placement and handling of glass fiber raw materials are directly stacked or rotated. When in use, multiple glass fibers are directly combined and passed through the glass fiber holes on the glass fiber placement device, and then enter the extrusion process. After mixing in the machine, the glass fiber reinforced product is prepared by extrusion. Since the glass fiber has been in an open natural environment, on the one hand, it is extremely vulnerable to environmental pollution and damage; on the other hand, the glass fibers affected b...

AI Technical Summary

Problems solved by technology

Since the glass fiber has been in an open natural environment, on the one hand, it is extremely vulnerable to environmental pollution and damage; on the other hand, the glass fibers affected by the air environment are mixed together and easily interfere with each other to form agglomeration of glass fibers, which affects Subsequent processing, finally leading to the performance of glass fiber reinforced products

Faced with these problems, although many manufacturers have made countermeasures, the effect is poor

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