Preparing method of graphene luminous cutting-prevention flame-retardant firefighting gloves

A graphene and glove technology, applied in gloves, protective clothing, clothing, etc., can solve the problem of single function of gloves, and achieve the effects of comfortable wearing, good elasticity, and excellent dispersion effect.

Active Publication Date: 2018-04-24
IANGSU COLLEGE OF ENG & TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

This patented technology allows for easy manufacturing without causing damage or injury on fingers during use. It also includes various features like strong electrical conductivity, durability against cuts, flame retardancy, water repelling ability, etc., which make it ideal for applications that require moisture protection (such as rainwear). Additionally, this technology improving its overall appearance when worn overalls with clothing made of materials similar to cotton fabrics are described below. Overall, these technical improvements improve safety standards and performance capabilities for industrialized products.

Problems solved by technology

The technical problem addressed by this patented technology relates to improving safety measures against cutting or burning objects while also providing comfortable grips that prevent injury caused by sharp edges on their surfaces.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

specific Embodiment 1

[0021] A method for preparing graphene luminous anti-cut and flame-retardant fire-fighting gloves, the gloves are woven from the following yarns: aramid 1414 / graphene nylon core-spun yarn, stainless steel wire / aramid 1414 coated yarn, luminous green One or more of polyester DTY yarn, spandex-coated nylon dyed yarn, and elastic thread; the woven gloves are bonded and vulcanized with high-temperature resistant and environmentally friendly silica gel to obtain a finished product.

[0022] The gloves are woven with a fully automatic computer glove knitting machine, and the knitting program of 10, 13, and 15 needles is selected, and the following components are selected in parts by weight for weaving: the aramid 1414 / graphene nylon core-spun yarn: 65 Parts, stainless steel wire / aramid 1414 covered yarn: 20 parts, luminous green polyester DTY yarn: 1 part, spandex covered nylon dyed yarn: 10 parts.

[0023] The aramid 1414 / graphene nylon core-spun yarn is specifically: use on

specific Embodiment 2

[0030] A method for preparing graphene luminous anti-cut and flame-retardant fire-fighting gloves, the gloves are woven from the following yarns: aramid 1414 / graphene nylon core-spun yarn, stainless steel wire / aramid 1414 coated yarn, luminous green One or more of polyester DTY yarn, spandex-coated nylon dyed yarn, and elastic thread; the woven gloves are bonded and vulcanized with high-temperature resistant and environmentally friendly silica gel to obtain a finished product.

[0031] The gloves are woven with a fully automatic computer glove knitting machine, and the knitting program of 10, 13, and 15 needles is selected, and the following components are selected in parts by weight for weaving: the aramid 1414 / graphene nylon core-spun yarn: 75 Parts, stainless steel wire / aramid 1414 covered yarn: 30 parts, luminous green polyester DTY yarn: 10 parts, spandex covered nylon dyed yarn: 20 parts.

[0032] The aramid 1414 / graphene nylon core-spun yarn is specifically: one

specific Embodiment 3

[0039] A method for preparing graphene luminous anti-cut and flame-retardant fire-fighting gloves, the gloves are woven from the following yarns: aramid 1414 / graphene nylon core-spun yarn, stainless steel wire / aramid 1414 coated yarn, luminous green One or more of polyester DTY yarn, spandex-coated nylon dyed yarn, and elastic thread; the woven gloves are bonded and vulcanized with high-temperature resistant and environmentally friendly silica gel to obtain a finished product.

[0040] The gloves are woven with a fully automatic computer glove knitting machine, and the knitting program of 10, 13, and 15 needles is selected, and the following components are selected in parts by weight for weaving: the aramid 1414 / graphene nylon core-spun yarn: 70 Parts, stainless steel wire / aramid 1414 covered yarn: 24 parts, luminous green polyester DTY yarn: 6 parts, spandex covered nylon dyed yarn: 16 parts.

[0041] The aramid 1414 / graphene nylon core-spun yarn is specifically: one of

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Abstract

The invention discloses a preparing method of graphene luminous cutting-prevention flame-retardant firefighting gloves. The gloves are woven through one or more of aramid fiber 1414/graphene chinlon core-spun yarn, stainless steel wire/ aramid fiber 1414 coating yarn, luminous-green dacron DTY yarn, spandex-coated nylon dyed yarn and shirr; the woven gloves are impregnated through high-temperature-resistance and environment-friendly silica gel to obtain a finished product. The preparing technology is simple, the gloves can be produced on a large scale, and are high in cutting resistance, conductivity, flame retardance, static resistance, bacterial resistance, cutting resistance, fire resistance, skid resistance, and wearproof performance, and are comfortable and convenient to wear. The preparing method can be widely applied to special industries like equipment manufacturing and firefighting.

Description

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Claims

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Application Information

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Owner IANGSU COLLEGE OF ENG & TECH
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