High-temperature resistant ester-soluble printing ink
A printing ink and ester-soluble technology, which is applied in the field of high-temperature-resistant ester-soluble printing ink, can solve the problems of poor high-temperature resistance, solvent residue, and influence on curing effect, and achieve the effect of fast drying speed and less solvent residue
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Embodiment 1
[0051] High temperature resistant type ester-soluble printing ink of the present invention is made of following components by weight percentage:
[0052] (Rohm and Haas, B-66) Ester-soluble acrylic resin 10%
[0053] (Northern Chemical Industry, 1 / 8) nitrocellulose 8%
[0054] (Ningbo Xinfu, R-606) rutile titanium dioxide 30%
[0055] (Nippon Paper 814) Ester-soluble adhesion enhancer 2%
[0056] (Maoming Petrochemical) tributyl citrate plasticizer 2%
[0057] Fumed silica 0.5%
[0058] Isopropanol 20%
[0059] N-Propyl Acetate 20%
[0060] Butyl acetate 7.5%
[0061] The high temperature resistant ester-soluble printing ink of the present invention can be obtained by mixing and stirring the components evenly.
Embodiment 2
[0063] High temperature resistant type ester-soluble printing ink of the present invention is made of following components by weight percentage:
[0064] (Rohm and Haas, B-66) Ester-soluble acrylic resin 12%
[0065] (Northern Chemical Industry, 1 / 8) nitrocellulose 8%
[0066] Phthalo blue 10%
[0067] (Nippon Paper, 814) Ester-soluble adhesion enhancer 2%
[0068] (Maoming Petrochemical) tributyl citrate plasticizer 2%
[0069] (Clariant, 3620) polyethylene micronized wax 0.5%
[0070] Isopropanol 20%
[0071] n-Butyl acetate 25.5%
[0072] Butyl acetate 20%
[0073] The high temperature resistant ester-soluble printing ink of the present invention can be obtained by mixing and stirring the components evenly.
Embodiment 3
[0075] High temperature resistant type ester-soluble printing ink of the present invention is made of following components by weight percentage:
[0076] (Rohm and Haas, B-66) Ester-soluble acrylic resin 16%
[0077] (Northern Chemical Industry, 1 / 8) nitrocellulose 10%
[0078] (Ningbo Xinfu, R-606) Rutile titanium dioxide 26%
[0079] (Nippon Paper, 814) Ester-soluble adhesion enhancer 2%
[0080] (US Shell, 828) epoxy plasticizer 2%
[0081] Fumed silica 0.5%
[0082] Isopropanol 16%
[0083] N-Propyl Acetate 18.5%
[0084] Butyl acetate 9%
[0085] The high temperature resistant ester-soluble printing ink of the present invention can be obtained by mixing and stirring the components evenly.
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