A super glossy white topcoat with aldehyde removal, anti-mold and anti-yellowing
A white topcoat and anti-yellowing technology, applied in the field of bright white topcoat, can solve the problems of excessive formaldehyde content of wood-based panels, insufficient chemical resistance, insufficient flexibility of paint film, etc., achieve simple and unique formula, and avoid aging yellowing , high fullness effect
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Embodiment 1
[0029] Equipped with 100kg bright white finish paint of the present invention, it is formulated by the raw material of following weight content:
[0030] Component A: Acrylic resin 57.9%, dispersant 1%, rutile titanium dioxide 30%, organic solvent 6%, silicone surfactant 0.2%, fluorocarbon modified polyacrylate leveling agent 0.4%, defoamer 0.4% , 0.1% organic tin drier, 2% UV absorber, 0.5% nano-silver antibacterial agent, 1.5% multi-functional negative ion additive.
[0031] Component B: 30% isocyanurate, 70% organic solvent.
[0032] Feed according to the conventional paint-making process sequence, each material is stirred evenly, and then another material is added, and the material is stirred while feeding, and the viscosity is checked after the dispersion is uniform to obtain the bright white finish paint of the present invention. A and B components are packaged separately, and they can be combined according to A group: B group = 1:0.3 during construction.
Embodiment 2
[0034] Equipped with 100kg bright white finish paint of the present invention, it is formulated by the raw material of following weight content:
[0035] Component A: Acrylic resin 58%, dispersant 1.5%, rutile titanium dioxide 28%, organic solvent 8%, silicone surfactant 0.1%, fluorocarbon modified polyacrylate leveling agent 0.4%, defoamer 0.4% , 0.1% organic tin drier, 1.5% UV absorber, 0.5% nano-silver antibacterial agent, and 1.5% multifunctional negative ion additive.
[0036] Component B: 30% isocyanurate, 70% organic solvent.
[0037] Feed according to the conventional paint-making process sequence, each material is stirred evenly, and then another material is added, and the material is stirred while feeding, and the viscosity is checked after the dispersion is uniform to obtain the bright white finish paint of the present invention. A and B components are packaged separately, and they can be combined according to A group: B group = 1:0.2 during construction.
Embodiment 3
[0039] Equipped with 100kg bright white finish paint of the present invention, it is formulated by the raw material of following weight content:
[0040] Component A: Acrylic resin 50.15%, dispersant 1.5%, rutile titanium dioxide 35%, organic solvent 10%, silicone surfactant 0.2%, fluorocarbon modified polyacrylate leveling agent 0.3%, defoamer 0.3% , 0.05% organotin drier, 1% UV absorber, 0.5% nano-silver antibacterial agent, and 1% multifunctional anion additive.
[0041] Component B: 30% isocyanurate, 70% organic solvent.
[0042] Feed according to the conventional paint-making process sequence, each material is stirred evenly, and then another material is added, and the material is stirred while feeding, and the viscosity is checked after the dispersion is uniform to obtain the bright white finish paint of the present invention. A and B components are packaged separately, and they can be combined according to A group: B group = 1:0.4 during construction.
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