Improved preparation method of paint applied to internal surface of oil tank
A technology for internal surfaces and coatings, applied in the direction of anti-corrosion coatings, coatings, etc., can solve the problems of short service time, inability to adapt, and poor anti-corrosion effects, etc., and achieve the effect of not easy to fall off, low cost, and easy for industrialized mass production
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Embodiment 1
[0038] An improved preparation method of the present invention applied to the internal surface coating of the fuel tank, according to the composition of the following components by weight ratio:
[0039] Curing agent 10wt%,
[0040] Methylcellulose 10wt%,
[0041] Silica sol 15wt%,
[0042] Anti-corrosion water-based pigment paste 20wt%,
[0043] Ammonium polyphosphate 20wt%,
[0044] Granular silicic acid 20wt%,
[0045] Drier 20wt%,
[0046] Solvent 50wt%,
[0047] Preservative 20wt%,
[0048] Defoamer 10wt%,
[0049] Water-based additive 2wt%,
[0050] Deionized water 30wt%,
[0051] Polyoxyethylene enzyme 4wt%,
[0053] Hydrogenated castor oil 1wt%,
[0054] The curing agent is one or more of phenol resin, talcum powder, gypsum powder and paraffin wax.
[0055] The anti-corrosion water-based pigment paste is one or both of aluminum tripolyphosphate and zinc tripolyphosphate....
Embodiment 2
[0066] An improved preparation method of the present invention applied to the internal surface coating of the fuel tank, according to the composition of the following components by weight ratio:
[0067] Curing agent 15wt%,
[0068] Methylcellulose 15wt%,
[0069] Silica sol 20wt%,
[0070] Anti-corrosion water-based pigment paste 25wt%,
[0071] Ammonium polyphosphate 30wt%,
[0072] Granular silicic acid 35wt%,
[0073] Drier 25wt%,
[0074] Solvent 55wt%,
[0075] Preservative 30wt%,
[0076] Defoamer 15wt%,
[0077] Water-based additive 4wt%,
[0078] Deionized water 40wt%,
[0079] Polyoxyethylene enzyme 6wt%,
[0080] Barium sulfate 12wt%,
[0081] Hydrogenated castor oil 3wt%,
[0082] The curing agent is one or more of phenol resin, talcum powder, gypsum powder and paraffin wax.
[0083] The anti-corrosion water-based pigment paste is one or both of aluminum tripolyphosphate and zinc tripolyphosphate...
Embodiment 3
[0094] An improved preparation method of the present invention applied to the internal surface coating of the fuel tank, according to the composition of the following components by weight ratio:
[0095] Curing agent 20wt%,
[0096] Methylcellulose 20wt%,
[0097] Silica sol 45wt%,
[0098] Anti-corrosion water-based pigment paste 35wt%,
[0099] Ammonium polyphosphate 55wt%,
[0100] Micro-Silicic Acid 45wt%,
[0101] Drier 35wt%,
[0102] Solvent 65wt%,
[0103] Preservative 40wt%,
[0104] Defoamer 25wt%,
[0105] Water-based additives 8wt%,
[0106] Deionized water 40wt%,
[0107] Polyoxyethylene enzyme 7wt%,
[0108] Barium sulfate 15wt%,
[0109] Hydrogenated Castor Oil 5wt%,
[0110] The curing agent is one or more of phenol resin, talcum powder, gypsum powder and paraffin wax.
[0111] The anti-corrosion water-based pigment paste is one or both of aluminum tripolyphosphate and zinc tripolyphosphate. ...
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