High-temperature-resistant and high-thermal-conductivity non-stick coating, method for preparing same and application of high-temperature-resistant and high-thermal-conductivity non-stick coating

A non-stick coating and high thermal conductivity technology, applied in fireproof coatings, polyester coatings, coatings, etc., can solve the problems of high temperature resistance and insufficient thermal conductivity, and achieve good thermal conductivity, no toxic side effects, and simple and controllable production methods Effect

Active Publication Date: 2018-11-27
ZHEJIANG COOKER KING COOKER
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

The disadvantage is that although the addition of graphene can improve the wear resistance and thermal con

Method used

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  • High-temperature-resistant and high-thermal-conductivity non-stick coating, method for preparing same and application of high-temperature-resistant and high-thermal-conductivity non-stick coating
  • High-temperature-resistant and high-thermal-conductivity non-stick coating, method for preparing same and application of high-temperature-resistant and high-thermal-conductivity non-stick coating
  • High-temperature-resistant and high-thermal-conductivity non-stick coating, method for preparing same and application of high-temperature-resistant and high-thermal-conductivity non-stick coating

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0049] Embodiment 1 Preparation of high temperature resistant high thermal conductivity non-stick coating

[0050] Raw material composition:

[0051] 100 parts of aluminum oxide / red phosphorus modified fluororesin;

[0052] 50 parts of polyphenylene sulfide;

[0053] Graphene 50 powder;

[0054] 30 parts of carbon fiber;

[0055] 40 parts of polylactic acid;

[0056] 10 parts of boron nitride, 10 parts of silicon carbide;

[0057] 10 parts of γ-mercaptopropyltrimethoxysilane;

[0058] 20 parts of auxiliary agent;

[0059] The auxiliary agent is composed of the following raw materials according to the mass percentage: polyether polyester modified organosiloxane 22%, polyoxypropylene glyceryl ether 13%, acrylic resin polyurethane copolymer resin 15%, tetrakis [β-(3, 5-tertiary butyl-4-hydroxyphenyl) propionate] pentaerythritol ester 15%, propyl p-hydroxybenzoate 20% and ceramic powder 10%.

[0060] Aluminum oxide / red phosphorus modified fluororesin is prepared by the follo...

Embodiment 2

[0064] Embodiment 2 Preparation of high temperature resistant high thermal conductivity non-stick coating

[0065] Raw material composition:

[0066] 120 parts of aluminum oxide / red phosphorus modified fluororesin;

[0067] 70 parts of polyphenylene sulfide;

[0068] Graphene 70 powder;

[0069] 50 parts of carbon fiber;

[0070] 70 parts of polylactic acid;

[0071] 30 parts of silicon dioxide;

[0072] 20 parts of γ-aminopropyltriethoxysilane;

[0073] 30 parts of auxiliary agent;

[0074] The auxiliary agent is composed of the following raw materials according to mass percentage: polyether polyester modified organosiloxane 22%, polyoxypropylene glyceryl ether 13%, polyurethane modified nitrocellulose 15%, dioctadecyl alcohol ester 15% %, propylparaben 20% and ceramic powder 10%.

[0075] Aluminum oxide / red phosphorus modified fluororesin is prepared by the following method:

[0076] Add a mixed solvent composed of dimethylformamide and xylene into the reaction kett...

Embodiment 3

[0079] Embodiment 3 Preparation of high temperature resistant high thermal conductivity non-stick coating

[0080] Raw material composition:

[0081] 112 parts of aluminum oxide / red phosphorus modified fluororesin;

[0082] 65 parts of polyphenylene sulfide;

[0083] Graphene 61 powder;

[0084] 45 parts of carbon fiber;

[0085] 60 parts of polylactic acid;

[0086] Zinc oxide 15, aluminum oxide 12 parts;

[0087] 15 parts of γ-(2,3-epoxypropoxy)propyltrimethoxysilane;

[0088] 24 parts of auxiliary agent;

[0089] The auxiliary agent is composed of the following raw materials according to mass percentage: 22% polyacrylic acid, 13% emulsified silicone oil, 15% acrylate modified butadiene resin, bis(3,5-tertiary butyl-4-hydroxybenzene base) sulfide 15%, potassium sorbate 10%, sorbic acid 10% and ceramic powder 10%.

[0090] Aluminum oxide / red phosphorus modified fluororesin is prepared by the following method:

[0091] Add a mixed solvent composed of dimethylformamide...

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Abstract

The invention provides high-temperature-resistant and high-thermal-conductivity non-stick coating. The high-temperature-resistant and high-thermal-conductivity non-stick coating is prepared from raw materials including, by weight, 100-120 parts of aluminium sesquioxide/red phosphorus modified fluorine resin, 50-70 parts of polyphenylene sulfide, 50-70 parts of graphene, 30-50 parts of carbon fibers, 40-70 parts of polylactic acid, 20-30 parts of thermal conduction inorganic fillers, 10-20 parts of coupling agents and 20-30 parts of auxiliaries. The auxiliaries comprise leveling agents, defoaming agents, film-forming agents, antioxidants, preservatives and ceramic powder. The high-temperature-resistant and high-thermal-conductivity non-stick coating has the advantages that the raw materialsfor the prepared high-temperature-resistant and high-thermal-conductivity non-stick coating can come from wide sources, a method for manufacturing the high-temperature-resistant and high-thermal-conductivity non-stick coating is simple and controllable, coatings prepared from the high-temperature-resistant and high-thermal-conductivity non-stick coating can be used at the high temperatures of 400-500 DEG C for a long term without influence on the performance, and accordingly the high-temperature-resistant and high-thermal-conductivity non-stick coating has a broad application prospect.

Description

technical field [0001] The invention relates to the technical field of polymer coatings, in particular to a non-stick coating with high temperature resistance and high thermal conductivity. Background technique [0002] Due to its very low surface tension, non-stick coatings make it difficult for other substances to adhere to the surface. The non-stick pans made of it have brought great convenience to people's lives since they came out. Non-stick pans are divided into aluminum pans, stainless steel pans, and iron pans according to the base material. The characteristics of the aluminum pot are excellent heat distribution, the heat transfer effect is 16 times that of the stainless steel pot, and the pot body is lighter. However, the aluminum pan is not easy to clean, and the oil smoke is large when the oil is used for a long time. The characteristic of stainless steel pots is that the heat distribution is not good, and it is easy to generate hot spots and burn food. Stainle...

Claims

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Application Information

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IPC IPC(8): C09D127/12C09D127/16C09D127/18C09D181/02C09D167/04C09D7/61C09D7/63
CPCC08K2003/026C08K2003/2227C08K2003/385C08L2201/08C08L2205/03C09D5/18C09D7/61C09D7/63C09D7/70C09D127/12C09D127/16C09D127/18C08L81/02C08L67/04C08K13/04C08K3/22C08K3/02C08K3/042C08K7/06C08K3/38C08K3/34C08K5/548
Inventor 高正春
Owner ZHEJIANG COOKER KING COOKER
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