Products
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SWD8032 solvent free polyaspartic anticorrosion coating
SWD8032 is a solvent free polyaspartic coating
SWD8032 is a two-component high-performance anti-corrosion decorative top coating, with aliphatic polyaspartic resin prepolymer as the main film-forming material, with excellent alcohol scrubbing resistance, color-changing resistance and weather resistance.
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SWD8031 solvent free polyaspartic anticorrosion coating
SWD8031 is polymerized by the reaction of polyaspartic and polyisocyanate. Since polyaspartic ester is aliphatic sterically hindered secondary amine, and the selected curing component is aliphatic polyisocyanate, the formed coating membrane has high gloss and color retention property, suitable for long-term outdoor use. When the secondary amine group reacts with isocyanate group, it will form a high crosslink density, cross-interpenetrating polymer chain network, that also makes it has excellent physical and chemical performance. It is an updated innovation of anticorrosion product.
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SWD8030 two component polyaspartic top coating
SWD8030 is a two-component high-performance anti-corrosion decorative top coating, with aliphatic polyaspartic resin prepolymer as the main film-forming material, with excellent alcohol scrubbing resistance, color-changing resistance and weather resistance.
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SWD8029 two component polyaspartic topcoat
SWD8029 is a two-component high performance anticorrosion decoration UV resistance topcoat, it applies with aliphatic polyaspartic resin prepolymer as main film-forming material, it has excellent property of discoloration resistance and weather resistance.
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SWD8028 polyaspartic anticorrosion coating
SWD8028 is a reaction polymerization of polyaspartic ester and polyisocyanate, since polyaspartic is an aliphatic sterically hindered secondary amine, and the curing component selected is an aliphatic polyisocyanate, the coating has high gloss and color retention property that is suitable for long-term outdoor use. When the secondary amine group reacts with the isocyanate group, a high-crosslinking density, cross-interpenetrating polymer chain network structure is formed, which also makes the product have good physical and chemical properties.