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BASF Dispersions & Pigments Asia Pacific

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BASF Dispersions & Pigments Asia Pacific provides solutions for customers in the coatings, construction, printing and packaging, and adhesive markets. These products help manufacturers in the adhesives, nonwovens, and fiber bonding industries meet functional and performance demands while using smart, ecologically minded materials that enhance the performance properties of customers’ production processes.
3 Results
Luwipal® 015 BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料 Luwipal® 015 is a high reactivity melamine formaldehyde resins. This product is partially etherified with isobutanol. It is recommended for metal effect clearcoats in auto or general industry applications.
Luwipal® 018 BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料 Luwipal® 018 is a medium to high reactivity melamine formaldehyde resins. This product is partially etherified with butanol, and it is suitable for automotive topcoats.
Luwipal® 072 BASF Dispersions & Pigments Asia Pacific 巴斯夫亚洲分散液 & 颜料 Luwipal® 072 is a medium to highly reactive melamine formaldehyde resin dissolved in water. Due to being thinned with isobutanol, it is particularly compatible with acrylic resins and can be diluted with both water and xylene. The combination with very re...view more Luwipal® 072 is a medium to highly reactive melamine formaldehyde resin dissolved in water. Due to being thinned with isobutanol, it is particularly compatible with acrylic resins and can be diluted with both water and xylene. The combination with very reactive alkyd resins often leads to a sudden increase in viscosity. This can be avoided by adding proportionate amounts of glycol ether or glycolether acetate to the solvent. Sufficient quantities of polar solvents are often present in water-based finishes to act as a stabilizer. Luwipal® 072 is preferably used in automotive coatings (solid-shade top coats in combination with polyesters or fillers and water-based coatings in combination with polyesters or polyurethane dispersions). The reactivity of coil-coating finishes can be modified to increase belt speed. Replacing more than 20% of HMMM resin can promote embrittlement and should therefore be avoided. view less