Preparing method for carbon-fiber heat insulating material coated with oxidation-resistant and impact-resistant coating
A technology of anti-oxidation coatings and thermal insulation materials, which is applied in the field of carbon fiber material surface treatment, and can solve the problems of easy oxidation and burning, weak oxidation resistance, and high cost
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[0039] The application provides a method for preparing a carbon fiber thermal insulation material coated with an anti-oxidation and impact-resistant coating, comprising the following steps in sequence:
[0040] 1) Primer spraying: take the carbon fiber thermal insulation material matrix, spray phenolic resin on the surface of the carbon fiber thermal insulation material matrix close to the heat source, and obtain the intermediate product A after the spraying is completed;
[0041] 2) drying the intermediate product A obtained in step 1) at a temperature of 115° C. to 125° C., and obtaining an intermediate product B after drying;
[0042] 3) Modified spraying: spray coupling agent on the surface of the phenolic resin coating of intermediate product B obtained in step 2), and obtain intermediate product C after spraying is completed;
[0043] 4) drying the intermediate product C obtained in step 3) at a temperature of 115° C. to 125° C., and obtaining an intermediate product D a...
Embodiment 1
[0073] A preparation method of a carbon fiber thermal insulation material coated with an anti-oxidation and impact-resistant coating, comprising the following steps in sequence:
[0074] 1) Primer spraying: take PAN-based carbon fiber thermal insulation felt, spray phenolic resin on the surface of the PAN-based carbon fiber thermal insulation felt close to the heat source, and obtain intermediate product A after spraying;
[0075] Step 1) in, the spray amount of phenolic resin is 200g / m 2 ;
[0076] 2) drying the intermediate product A obtained in step 1) in an oven at a temperature of 120° C. for 1 hour, and obtaining intermediate product B after drying;
[0077] 3) Modified spraying: spray coupling agent on the surface of the phenolic resin coating of intermediate product B obtained in step 2), and obtain intermediate product C after spraying is completed;
[0078] Step 3) in, the spray amount of coupling agent is 100g / m 2 ;
[0079] 4) drying the intermediate product C ...
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