Paint with high conductivity and preparation method and applications thereof

A conductive coating and conductivity technology, which is applied in conductive coatings, reflective/signal coatings, antifouling/underwater coatings, etc., can solve problems such as unsatisfactory electrical conductivity, and achieve good ability to reflect heat and sunlight, and good The effect of heat insulation and simple preparation method

Inactive Publication Date: 2018-09-18
NANJING UNIV OF INFORMATION SCI & TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

But the electrical conductivity is not ideal

Method used

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  • Paint with high conductivity and preparation method and applications thereof

Examples

Experimental program
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Effect test

Embodiment 1

[0019] A coating with high conductivity, the components of the conductive coating include: 18% acetone, 5% diethyl phthalate, 15% lutetium-containing composite ceramic powder, 8% lutetium-containing alloy powder, phosphoric acid 0.8% of diester, 10% of polyacrylate, and the rest is polyurethane. The lutetium-containing alloy powder is rare earth modified brass powder, and its components include Zn 5%, Nd 2%, Ge0.8%, Lu 0.05%, and the rest Cu by weight percentage; the average particle size of the lutetium-containing alloy powder is 8 to 10 microns. The weight percentage of each composition in the lutetium-containing composite ceramic powder is: Al 2 o 3 23%, ZrO 2 0.5%, ZnO 4%, BaO 5%, MnO 4%, Li 2 O1%, Fe 2 o 3 0.7%, GeO 2 0.1%, Nd 2 o 3 0.001% 、Lu 2 o 3 0.001% 、K 2 O 1%, B 2 o 3 1%, the rest SiO 2 , The average particle size of lutetium-containing composite ceramic powder is 7-10 microns.

[0020] When manufacturing coatings with high conductivity, it...

Embodiment 2

[0026] Except that the mass percentage of the coating component with high conductivity and the raw material weight percentages of the lutetium-containing alloy powder and the lutetium-containing composite ceramic powder are different, the rest are exactly the same as in Example 1.

[0027] In the present embodiment, the mass percent content of each component of the coating with high conductivity is: acetone 21%, Phthalate two ethyl ester 7%, lutetium-containing composite ceramic powder 17%, lutetium-containing alloy powder 9%, phosphoric acid diester 0.9%, polyacrylate 12%, and the rest is polyurethane. The raw materials of lutetium-containing alloy powder are: Zn 6%, Nd 4%, Ge0.9%, Lu 0.07%, and the rest Cu. The raw material of lutetium-containing composite ceramic powder is: Al 2 o 3 24.5%, ZrO 2 0.7%, ZnO 6%, BaO 7%, MnO 6%, Li 2 O 3%, Fe 2 o 3 0.9%, GeO 2 0.3%, Nd 2 o 3 0.002% 、Lu 2 o 3 0.002% 、K 2 O 3%, B 2 o 3 2%, the rest SiO 2 .

[0028] Aft...

Embodiment 3

[0030] Except that the mass percentage of the coating component with high conductivity and the raw material weight percentages of the lutetium-containing alloy powder and the lutetium-containing composite ceramic powder are different, the rest are exactly the same as in Example 1.

[0031] In this embodiment, the mass percent content of each component of the coating with high conductivity is: acetone 25%, diethyl phthalate 10% 、 20% lutetium-containing composite ceramic powder, 11% lutetium-containing alloy powder, 1.1% phosphoric acid diester, 15% polyacrylate, and the rest is polyurethane. The raw materials of lutetium-containing alloy powder are: Zn 8%, Nd 2 5%, Ge 1.3%, Lu 0.09%, and the rest Cu. The raw material of lutetium-containing composite ceramic powder is: Al 2 o 3 25%, ZrO 2 0.8%, ZnO 9%, BaO 8%, MnO 8%, Li 2 O 4%, Fe 2 o 3 1.3%, GeO 2 0.4%, Nd 2 o 3 0.003% 、Lu 2 o 3 0.003% 、K 2 O 4%, B 2 o 3 2.5%, the rest SiO 2 .

[0032] After detecti...

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Abstract

The invention discloses a paint with high conductivity and a preparation method and applications thereof. The conductive paint comprises following components in percentage by weight: 18 to 25% of acetone, 5 to 10% of diethyl phthalate, 15 to 20% of lutetium containing composite ceramic powder, 8 to 11% of lutetium containing alloy powder, 0.8 to 1.1% of phosphate diester, 10 to 15% of polyacrylate, and the balance being polyurethane. A surface material painted by the paint has an extremely good thermal insulation performance and a strong performance on reflecting heat and solar light. The preparation method is simple and is suitable for industrial production and the production cost is low. The paint can be painted on multiple fabrics, and the obtained fabrics can be applied to fields suchas outdoor goods, clothes, buildings, military, and the like, and are massively used in the thermal insulation field.

Description

technical field [0001] The invention relates to the technical field of coatings, in particular to a coating with high conductivity and a preparation method and application thereof. Background technique [0002] Chinese patent document CN106634519A discloses a non-sintered conductive coating for textile surfaces and its preparation method and application. The coating components include: 8-60% of nano-silver particles, 5-60% of resin binder phase 60%, solvent 20-70%, auxiliary agent 1-15%. The preparation method comprises: adding nano-silver particles into a solvent and ultrasonically dispersing to obtain a stable suspension; adding resin binding phase and auxiliary agent into the suspension and stirring to obtain the finished product. The conductive paint of the present invention is printed on the surface of textiles by screen printing, and the conductive circuit pattern is printed on the surface of the textile; then the printed pattern is placed in a chemical treatment liqu...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C09D175/04C09D5/24C09D7/63C09D7/65C09D5/33C09D5/14
CPCC08K2003/085C08K2003/0893C08K2003/2203C08K2003/2206C08K2003/221C08K2003/2227C08K2003/2244C08K2003/2262C08K2003/2272C08K2003/2296C08L2201/04C09D5/004C09D5/14C09D5/24C09D7/63C09D7/65C09D175/04C08L33/04C08K13/02C08K3/08C08K3/22C08K5/12C08K5/521
Inventor 李庆芳蒋晓龙董英华赵浩峰李树岭
Owner NANJING UNIV OF INFORMATION SCI & TECH
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