Solvent-free photoelectric semiconductor coating formula
An optoelectronic semiconductor and solvent-free technology, applied in polyurea/polyurethane coatings, coatings, etc., can solve the problems of VOC emission pollution, organic solvent flammability, human health hazards, etc., to reduce material costs, cheap prices, and reduce production Effect of Cycle Time and Energy Consumption
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[0016] A solvent-free photoelectric semiconductor coating formulation, which is composed of: monofunctional acryloylmorpholine: 40 parts, difunctional acrylate CD406: 10 parts, difunctional acrylate SR480 NS: 20 parts, nine-functional urethane acrylate CN9013 NS : 10 parts; photoinitiator (TPO-L): 5 parts; titanium phthalocyanine: 5 parts; hole transport material: 30 parts, electron transport material: 10 parts; leveling agent BYK333: 0.5 parts;
[0017] The hole-transporting material uses aniline derivatives containing methoxy or acrylic acid.
[0018] The electron transport material uses carbazole compounds.
[0019] After the above materials are mixed and dissolved completely, grind on a grinder for 2 hours, 1mm zirconium beads, 80% chamber filling. The resulting liquid was filtered through a 5 micron filter. Use the ring coating method to coat a layer of coating film on the aluminum substrate. Under the following UV ultraviolet light conditions, rotate the light to obtai...
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