Anti-collapse high-fullness mirror surface gloss varnish and preparation process thereof
A fullness and glossy technology, which is applied in coatings, polyurea/polyurethane coatings, etc., can solve the problems of not meeting the high-end market demand, poor fullness of glossy varnishes, and affecting coating effects, etc., and achieve surface drying and curing speed Fast, high construction efficiency, reducing curing shrinkage and internal stress
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Embodiment 2
[0072] An anti-slump high-fullness specular gloss varnish, comprising three components A, B and C, wherein component A includes the following raw materials by weight percentage:
[0073] Coconut Fatty Acid Resin 45%,
[0074] Acrylic resin 10%,
[0075] Synthetic fatty acid alkyd resin 30%,
[0076] ZM-11 1%,
[0077] BYK306 0.4%,
[0078] EFKA3777 0.3%
[0079] Deqian 5300 0.3%,
[0080] Butyl acetate 1%,
[0081] PCE 2%;
[0082] Described B component comprises following raw material by weight percentage:
[0083] TDT / TMP adduct 50%,
[0084] HDI trimer 24%,
[0085] Dehydrated butyl acetate 26%;
[0086] Described C component comprises following raw material by weight percentage:
[0087] Xylene 35%,
[0088] Butyl acetate 30%,
[0089] MPS 30%,
[0090] EGDA 5%;
[0091] The weight ratio of the components A, B and C is 1:0.8:0.5.
[0092] The preparation method of the anti-slump high-fullness specular gloss varnish is the same as that in Example 1.
Embodiment 3
[0094] An anti-slump high-fullness specular gloss varnish, comprising three components A, B and C, wherein component A includes the following raw materials by weight percentage:
[0095] Coconut Fatty Acid Resin 20%,
[0096] Acrylic resin 35%,
[0097] Synthetic fatty acid alkyd resin 35%,
[0098] ZM-11 1%,
[0099] BYK306 0.4%,
[0100] EFKA3777 0.3%,
[0101] Deqian 5300 0.3%,
[0102] Butyl acetate 1%,
[0103] PCE 2%;
[0104] Described B component comprises following raw material by weight percentage:
[0105] TDT / TMP adduct 50%,
[0106] HDI trimer 24%,
[0107] Dehydrated butyl acetate 26%;
[0108] Described C component comprises following raw material by weight percentage:
[0109] Xylene 35%,
[0110] Butyl acetate 30%,
[0111] MPS 30%,
[0112] EGDA 5%;
[0113] The weight ratio of the components A, B and C is 1:0.8:0.5.
[0114] The preparation method of the anti-slump high-fullness specular gloss varnish is the same as that in Example 1.
Embodiment 4
[0116] An anti-slump high-fullness specular gloss varnish, comprising three components A, B and C, wherein component A includes the following raw materials by weight percentage:
[0117] Coconut Fatty Acid Resin 35%,
[0118] Acrylic resin 28%,
[0119] Synthetic fatty acid alkyd resin 32%,
[0120] ZM-11 1%,
[0121] BYK306 0.4%,
[0122] EFKA3777 0.3%,
[0123] Deqian 5300 0.3%,
[0124] Butyl acetate 1%,
[0125] PCE 2%;
[0126] Described B component comprises following raw material by weight percentage:
[0127] TDT / TMP adduct 30%,
[0128] HDI trimer 30%,
[0129] Dehydrated butyl acetate 40%;
[0130] Described C component comprises following raw material by weight percentage:
[0131] Xylene 35%,
[0132] Butyl acetate 30%,
[0133] MPS 30%,
[0134] EGDA 5%;
[0135] The weight ratio of the components A, B and C is 1:0.8:0.5.
[0136] The preparation method of the anti-slump high-fullness specular gloss varnish is the same as that in Example 1.
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Abstract
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