Glass fiber pipe production device

Abstract

The invention relates to the field of glass fiber pipe manufacturing and discloses a glass fiber pipe production device. A core mold is horizontally fixed to the machine frame. A first wrapping and folding plate, a yarn winding assembly, a fixed adhesive application box, a second wrapping and folding plate, a cloth winding assembly, a rotatable adhesive application assembly and a forming furnace assembly are sequentially arranged in the axial direction of the core mold. A wrapping cloth rack and a traction machine are both fixed to the machine frame and located at the front end and the tail end of the core mold correspondingly. A first adhesive box is located between wrapping cloth rack and the yarn winding assembly. Wrapping cloth on the wrapping cloth rack passes through the first adhesive box and then enters into the first wrapping and folding plate. Fiber cloth on the fiber cloth rack passes through the second adhesive box and then enters the second wrapping and folding plate. Theglass fiber pipe production device is reasonable in structure, all the components can be flexibly added or removed according to product performance demands, an automatic production technology is adopted, and the production efficiency is high.

Description

technical field [0001] The invention relates to the field of glass fiber pipe manufacturing, in particular to a glass fiber pipe production device. Background technique [0002] Many underground or ground pipes, including large water pipes, sewage pipes, oil pipelines, gas pipelines, etc., are mostly made of plastic with low strength; However, the weight is too large, the transportation and installation are difficult, the toughness is poor, and it is easy to collide and break. Once an important pipeline breaks, it will not only cause energy loss, but also cause safety accidents. [0003] Now many manufacturers use glass fiber mixed raw materials to make pipes, and the materials used are different, resulting in different support strength and weight. For example, the existing glass fiber plastic pipes generally have weak strength and toughness, which increases the risk of pipe fracture The probability reduces the stability of the pipes during use, and the curing time of the d...

AI Technical Summary

Problems solved by technology

[0002] Many underground or ground pipes, including large water pipes, sewage pipes, oil pipelines, gas pipelines, etc., are mostly made of plastic with low strength; However, the weight is too large, the transportation and installation are difficult, the toughness is poor, and it is easy to collide and break. Once an important pipeline breaks, it will not only cause energy loss, but also cause safety accidents.

[0003] Now many manufacturers use glass fiber mixed raw materials to make pipes, and the materials used are different, resulting in different support strength and weight. For example, the existing glass fiber plastic pipes generally have weak strength and toughness, which increases the risk of pipe fracture probability, which reduces the stability of the pipes during use, and the curing time of the devices used in the production process of these pipes is relatively long, which is not suitable for the requirements of rapid production

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