Anti-icing nano composite paint and application

A nano-composite, anti-icing technology, applied in coatings, conductors, electrical components, etc., can solve the problems of no obvious anti-icing performance, not given, etc., to speed up the ice melting time, prevent icing, and improve the anti-icing performance. water-based effect

Inactive Publication Date: 2009-02-04
WUHAN INSTITUTE OF TECHNOLOGY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The hydrophobic materials selected by Long Xiaole and others include polytetrafluoroethylene, PVC plastic tape, silicone rubber and silicone oil. The anti-icing effect of various materials, the growth law of ice coating, ice shape and different coa

Method used

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  • Anti-icing nano composite paint and application
  • Anti-icing nano composite paint and application
  • Anti-icing nano composite paint and application

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0079] A kind of anti-icing nanocomposite coating formula:

[0080] Organofluorosilicon composite polymer material with a molecular weight of 50,000 g / mol

[0081] 100 kg

[0082] Nano silica 20kg

[0083] Chloroform 100 kg

[0084] Iron dioxide 15 kg

[0085] Ethyl cellulose 5 kg

[0086] Carbon nanotubes 5 kg

[0087] melamine 10kg

[0088] Trimethoxymethylsilane 10kg

[0089] Zinc naphthenate 5kg

[0090] Except for trimethoxymethylsilane, add the rest of the above materials and their amounts into the container and mix them evenly, then slowly add them to the rollers of the three-roller grinder for grinding. After the rubber is even and fine, add trimethoxy base methyl silane, stirring and mixing to obtain the anti-icing nanocomposite coating. The prepared anti-icing nanocomposite coatings are applied to electric power or on communication facilities.

Embodiment 2

[0092] A kind of anti-icing nanocomposite coating formula:

[0093] Organofluorosilicon composite polymer material with a molecular weight of 10 6 g / mol

[0094] 100 kg

[0095] Nano Titanium Dioxide 15kg

[0096] 200 # Solvent oil 150 kg

[0097] Aluminum hydroxide 15 kg

[0098] Zinc oxide 10 kg

[0099] Ammonium polyphosphate 10 kg

[0100] 107 solidified water 20 kg

[0101] 5 kg of methyl silicone oil

[0102] Tetramethylthiuram disulfide 8kg

[0103] Except for 107 solidified water, first put the rest of the above materials and their amounts into the container and stir on a high-speed mixer, then add 107 solidified water according to the amount, stir and mix well, and then the anti-icing nanocomposite coating is obtained. The prepared anti-icing nanocomposite coatings are applied to electric power or on communication facilities.

Embodiment 3

[0105] A kind of anti-icing nanocomposite coating formula:

[0106] Organofluorosilicon composite polymer material with a molecular weight of 10 7 g / mol

[0107] 100 kg

[0108]Mica powder 25kg

[0109] Xylene 200 kg

[0110] Carbon black 25kg

[0111] Ethoxylated polytrisiloxane 10 kg

[0112] Montmorillonite 20kg

[0113] Pentaerythritol bromide 10 kg

[0114] Aminotrimethoxysilane 25kg

[0115] Sodium Benzoate 10kg

[0116] Polyvinyl alcohol 10 kg

[0117] Except for aminotrimethoxysilane, first put the rest of the above materials and amounts into the container, stir and mix, grind on a ball mill, after the rubber is uniform and fine, then add dealcoholized aminoalkoxysilane The coupling agent is stirred and mixed evenly to obtain the anti-icing nanocomposite coating. The prepared anti-icing nanocomposite coatings are applied to electric power or on communication facilities.

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Abstract

The present invention relates to an anti-icing composite nano-coating and an application thereof. The anti-icing composite nano-coating is composed of organic fluorine-silicon composite polymer material, nano-material, curing agent, solvent and filler, the weight percentages of which are as follows: 1 to 98 percent of organic fluorine-silicon composite polymer material, 1 to 92 percent of nano-material, 1 to 50 percent of curing agent, 0 to 90 percent of solvent and 0 to 50 percent of filler. The doses of substances are uniformly mixed and ground so that the anti-icing composite nano-coating is prepared. The anti-icing composite nano-coating can be used to prevent the power transmission lines, conductors, conductor metal fittings, pole towers, stayguys, stayguy fixtures and other power and communication facilities of electric power systems and communication networks from being iced.

Description

technical field [0001] The invention relates to a kind of anti-icing nanocomposite paint and its application. The invention belongs to the technical fields of chemical engineering and materials. Background technique [0002] With the rapid development of modern industry, the reliability requirements for grid power supply are getting higher and higher. Icing and snowing are natural phenomena, but icing is a natural disaster for power systems, and icing lines seriously threaten the safe operation of power systems. The hazards caused by icing on transmission lines to the power system include mechanical and electrical accidents such as conductor galloping, disconnection, tower collapse, and flashover. Ice and snow on transmission lines seriously threaten the safe and reliable operation of power and communication networks. [0003] Ice and snow accumulation on transmission lines threaten the safe operation of power and communication networks. In Russia, Canada, the United Sta...

Claims

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Application Information

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IPC IPC(8): C09D183/08C09D5/25C09K3/18H01B7/28H02G7/00
Inventor 鄢国平艾朝武李亮喻湘华吴江渝郭庆中杨隽程智毓杜飞鹏
Owner WUHAN INSTITUTE OF TECHNOLOGY
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