A self -cultivation type, temperature -resistant, wear -resistant polytianmen water -to -winter molecode coating and preparation method
An aspartic acid ester, self-healing technology, applied in polyurea/polyurethane coatings, fireproof coatings, epoxy resin coatings, etc., can solve poor temperature and wear resistance, unsuitable for axle protection, and unsuitable for axles and other problems, to achieve the effect of low cost, meeting the requirements of on-site construction assembly line operations, and fast drying speed
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Embodiment 1~3
[0047] Examples 1-3 of a self-repairing heat-resistant and wear-resistant polyaspartate coating
[0048] Wherein the weight parts of each raw material of A component and B component are as shown in table 1 and table 2:
[0049] Table 1 The parts by weight of each raw material of A component in Examples 1-3 of self-repairing heat-resistant and wear-resistant polyaspartic acid ester coating of the present invention
[0050]
Embodiment 1
[0054] (1) The preparation method of component A: according to the parts by weight of the raw materials described in Table 1, first mix polyaspartic acid ester resin with coloring pigments, fillers, dispersants, anti-sedimentation agents, defoamers and some solvents Finally, disperse at 800r / min for 40min, and then use a sand mill to grind to a fineness of 20μm to obtain a slurry; then add UV absorbers, UV stabilizers, leveling agents and remaining solvents to the slurry , blended at 350r / min for 50min, then filtered with 200 mesh silk cloth to obtain component A;
[0055] (2) The preparation method of component B: According to the weight parts of the raw materials mentioned in Table 2, first add isocyanate and polysulfide modified epoxy resin into the reaction kettle, stir at a constant speed of 180r / min and heat to 83°C, keep warm React for 4 hours until the mass percentage of isocyanate reaches 14.5%, then cool to 48°C, add diluent, and stir for 35 minutes at 120r / min to ob...
Embodiment 2
[0058] (1) The preparation method of component A: according to the parts by weight of the raw materials described in Table 1, first mix polyaspartic acid ester resin with coloring pigments, fillers, dispersants, anti-settling agents, defoamers and some After the solvents are mixed, disperse at 1000r / min for 45min, and then use a sand mill to grind to a fineness of 20μm to obtain a slurry; then add UV absorbers, UV stabilizers, leveling agents and remaining The solvent is mixed at 400r / min for 65min, and then filtered with 200 mesh silk cloth to obtain component A;
[0059] (2) The preparation method of component B: According to the weight parts of the raw materials mentioned in Table 2, first add isocyanate and polysulfide modified epoxy resin into the reaction kettle, stir at a constant speed of 140r / min and heat to 80°C, keep warm React for 3 hours until the mass percentage of isocyanate reaches 16%, then cool to 50°C, add diluent, and stir for 50 minutes at 100r / min to obta...
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