Anti-static high-temperature-resistant fabric

Abstract

The invention relates to an anti-static high-temperature-resistant fabric which comprises a piece of base cloth, an anti-static high-temperature-resistant coating and fire-retardant glue. A manufacturing method for the anti-static high-temperature-resistant fabric comprises the following steps: step 1, taking a high-density knitted fabric as the base cloth, and coating the base cloth with special anti-static high-temperature-resistant paint; step 2, according to certain proportion, adding butanone, polyurethane, an accelerant and phosphate into a container for sufficient mixing and uniform stirring to prepare the fire-retardant glue, and spraying the fire-retardant glue onto both the front and back surfaces of the curtain base cloth coated with the special anti-static high-temperature-resistant paint; step 3, conducting washing, drying and baking on the base cloth treated in step 2 to prepare the anti-static high-temperature-resistant fabric. The anti-static high-temperature-resistant fabric has the advantages that through the adoption of the special anti-static high-temperature-resistant paint, not only the good anti-static effect but also the excellent fireproof and high-temperature-resistant properties can be achieved; meanwhile, the knitted base cloth is coated with the special anti-static high-temperature-resistant paint, and the problem of stress and deformation of the knitted fabric during coating is solved, so that the produced coated fabric is high in flame-retardant property and washing durability.

Description

technical field [0001] The invention belongs to the field of textiles, in particular to an antistatic high temperature resistant fabric. Background technique [0002] Static electricity is a static charge or a static charge that forms when charges accumulate on an object or surface. For example, the weather in the north is dry in winter, and the human body is easily charged with static electricity. When it comes into contact with other people or metal conductors, it will discharge. People will feel electric shock, and sparks can be seen at night. This is the reason why chemical fiber clothing rubs against the human body to bring positive static electricity. Persistent static electricity can cause the pH value of human blood to increase, the excretion of calcium in urine to increase, and blood calcium to decrease, which has adverse effects on the heart, brain, and skin. [0003] At the same time, the harm of static electricity in industry is more serious: [0004] (1) Caus...

AI Technical Summary

Problems solved by technology

[0004] (1) Cause failure or malfunction of electronic equipment, causing electromagnetic interference

[0005] (2) Break down integrated circuits and precision electronic components, or promote component aging, reducing production yield

[0006] (3) Electric shock caused by high-voltage electrostatic discharge, endangering personal safety

[0007] (4) It is very easy to cause explosion and fire in the production site with many flammable and explosive materials or dust and oil mist

[0008] (5) Electronics industry: absorbing dust, causing pollution of integrated circuits and semiconductor components, greatly reducing yield

[0009] (6) Film and plastic industry: make the film or film winding uneven; the film and CD plastic disc are contaminated with dust, which affects the quality

[0010] (7) Paper making and printing industry: uneven paper winding, inaccurate overprinting, serious dirt absorption, and even paper sticking, affecting production

However, the current anti-static clothing has a single function and cannot meet the requirements of complex and harsh working environments, such as high-temperature environments.

In addition, the fabric is stiff and heavy, and the wearing comfort is poor