Thermal radiation resistance and high temperature resistance fabric

Abstract

The invention relates to a thermal radiation resistance and high temperature resistance fabric. An inner layer of the fabric is an aluminium silicate fiber layer. An intermediate layer of the fabric is an adhesion layer. An outer layer of the fabric is a high temperature resistance protective layer. The three layers are compounded into one whole body. The adhesion layer is made of a polyurethane adhesive. The thickness of the adhesion layer ranges from 2 to 6mum. The protective layer is made of a polyester aluminizing thin film. The thickness of the protective layer ranges from 20 to 25mum. The thermal radiation resistance and high temperature resistance fabric has high strength, high wear resistance and high stability. In case of fire, the thermal radiation resistance and high temperature resistance fabric is not molten down, and no molten drop is generated. No toxic gas is generated. By thermal radiation resistance and high temperature resistance fabric, the heat can be isolated from being transferred at a high temperature. The thermal radiation resistance and high temperature resistance fabric has elasticity and is ventilated and soft and comfortable to wear.

Description

Technical field [0001] The invention relates to a functional fabric, in particular to a heat radiation and high temperature resistant fabric. Background technique [0002] The existing protective clothing is usually made of thicker canvas. The clothing is heavy and airtight. It is more stuffy to wear on the body, especially in the environment of higher temperature or molten metal. Wearing this kind of protective clothing will make you sweaty. And it is not resistant to high temperature, the molten metal splashes on the clothes and burns them into holes, even burns the body. The work clothes made of the fabric have low reflectivity, cannot prevent heat radiation, anti-static and anti-ultraviolet rays, and can easily cause harm to people. Summary of the invention [0003] In order to overcome the above shortcomings, the technical problem solved by the present invention is to provide a heat-radiation-resistant and high-temperature resistant fabric suitable for metal thermal processi...

AI Technical Summary

Problems solved by technology

[0002] Existing protective clothing is usually still made of thicker canvas, which is heavy and airtight, and it is stuffy to wear on the body, especially in environments with higher temperatures or molten metal. And it is not resistant to high temperature. When the molten metal splashes on the clothes, it will be burned into holes and even burn the body.

The reflectivity of work clothes made of this fabric is very low, it cannot prevent heat radiation, anti-static and ultraviolet rays, and it is easy to cause harm to people.

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