Method for radiation curing of pure organic silicone coated fabric by using electron beams

A technology of organic silicon coating and electron beam radiation, which is applied in physical treatment, textile and papermaking, fiber treatment, etc., can solve the problems of high energy consumption and cost, different curing methods, and product application differences, and achieve low cost and high production efficiency. High efficiency and soft touch effect

Inactive Publication Date: 2013-03-13
JIHUA 3509 TEXTILE
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] Chinese patent (00811449.8), the invention relates to a curable silicone coating composition, especially a silicone coating applied to textile fabrics, the silicone coated fabric is especially suitable for the manufacture of inflatable safety shock absorbers , such as airbags, parachutes, or geotextiles for construction. Compared with the present invention, the curing method is different. It adopts traditional thermal curing, and heavy metal catalysts (such as platinum catalysts, organic titanium catalysts) need to be added to the coating. Compared with the radiation of this p

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0041]1) Fabric pre-treatment: pre-shrink the polyester card cloth T / C 21×21 with a humidity of 10-15%, warp and weft density 108×58, and a width of 150 mm, and then pre-shrink it through a rubber blanket pre-shrinker, and then pass it through a mirror calender Hot pressing with hot pressing rollers, calendering high pressure up to 60 tons, temperature 100 ℃;

[0042] 2) Coating compounding: Mix several silicone oils and radiation-sensitive additives according to the following mass ratio, vinyl-terminated polymethylvinyl siloxane 60%, dimethyl silicone oil 15%, hydrogen-containing silicone oil 15%, silane couple Joint agent 2%, trimethylolpropane triacrylate 1%, nanometer white carbon black 4%, polyester modified polysiloxane 2%, fatty alcohol polyoxyethylene ether sodium sulfate 1%, fully stirred and mixed , placed in a vacuum kneader at room temperature (25°C) to disperse and stir evenly, and the viscosity of the prepared coating is in the range of 60000 cp;

[0043] 3) Coa...

Embodiment 2

[0046] 1) Fabric pre-treatment: pre-shrink the polyester card cloth T / C 21×21 with a humidity of 10-15%, warp and weft density 108×58, and a width of 150 mm, and then pre-shrink it through a rubber blanket pre-shrinker, and then pass it through a mirror calender Hot pressing with hot rollers, calendering high pressure up to 70 tons, temperature 90 ℃;

[0047] 2) Coating compounding: mix several silicone oils and radiation-sensitizing additives according to the following mass ratio, vinyl-terminated polymethylvinyl siloxane 65%, dimethyl silicone oil 20%, hydrogen-containing silicone oil 6%, silane couple Joint agent 1%, trimethylolpropane triacrylate 3%, nanometer white carbon black 2.5%, polyester modified polysiloxane 2%, fatty alcohol polyoxyethylene ether sodium sulfate 0.5%, fully stirred and mixed , placed in a vacuum kneader at room temperature (25°C) to disperse and stir evenly, and the viscosity of the prepared coating is in the range of 60000 cp;

[0048] 3) Coating...

Embodiment 3

[0051] 1) Fabric pre-treatment: pre-shrink the polyester card cloth T / C 21×21 with a humidity of 10-15%, warp and weft density 108×58, and a width of 150 mm, and then pre-shrink it through a rubber blanket pre-shrinker, and then pass it through a mirror calender Hot pressing with hot rollers, calendering high pressure up to 80 tons, temperature 80 ℃;

[0052] 2) Coating compounding: Mix several silicone oils and radiation-sensitive additives according to the following mass ratio, vinyl-terminated polymethylvinyl siloxane 75%, dimethyl silicone oil 10%, hydrogen-containing silicone oil 8%, silane di Joint agent 1%, trimethylolpropane triacrylate 2%, nanometer white carbon black 2%, polyester modified polysiloxane 1%, fatty alcohol polyoxyethylene ether sodium sulfate 1%, fully stirred and mixed , placed in a vacuum kneader at room temperature (25°C) to disperse and stir evenly, and the viscosity of the prepared coating is in the range of 80,000 cp;

[0053] 3) Coating of base ...

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Abstract

The invention relates to a method for radiation curing of a pure organic silicone coated fabric by using electron beams. The method comprises the following steps of: dispersing vinyl silicone oil, dimethyl silicone oil, hydrogen-containing silicone oil, a silane coupling agent, trimethylolpropane triacrylate, nanoscale silica, a flatting agent and a surface active agent in a vacuum kneading machine, mixing evenly to obtain a coating, finishing a fabric with certain humidity by a rubber blanket preshrinking machine, hot pressing the fabric through a hot pressing roller of a mirror glazing calendar to obtain base cloth, evenly coating the coating on the base cloth, and placing the base cloth on a transmission beam rack of a low-energy electron accelerator through a transmission roller for radiation curing to obtain the fabric. The fabric produced by the method is silky and soft in hand feel, waterproof, anti-seepage, and good in breathability and moisture permeability, and can be widely used in clothing, outdoor, fashionable fabrics and the like; the clothing does not have wrinkles, is easy to iron, and has stretching and recovering properties, and outdoor textiles can withstand the invasion of sun, wind and water; and the coating provided by the invention does not contain any solvent, and is environment-friendly, safe, non-toxic, pollution-free, simple in preparation technology, convenient in operation and construction, and low in energy consumption.

Description

technical field [0001] The present invention relates to a method of curing pure silicone coated fabrics by electron beam radiation. Background technique [0002] In recent years, the main reason for the continuous development of electron beam curing technology is its product quality and economic benefits. Compared with other curing methods, electron beam curing has greatly improved production efficiency and improved physical properties of cured products. It is a kind of Room temperature curing technology, low energy consumption, no volatilization, zero emissions, no pollution to the environment, is a new type of environmentally friendly curing technology. Electron beam curing technology is widely used in the fields of telecommunication cables, ink printing, wood spraying, medical food disinfection, etc., but it is rare to apply it to textile fabric finishing. A small amount of electron beam curing fabric coating technology has appeared abroad, but due to its technology It i...

Claims

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Application Information

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IPC IPC(8): D06M10/10D06M10/08D06M10/06D06M15/643D06M11/79D06M13/224D06M13/50
Inventor 吴海燕张翔程航武鑫
Owner JIHUA 3509 TEXTILE
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