Product Finder
15 product(s) found
| Product Name | Description | Technical Information |
|---|---|---|
| SYNTRAN® WA 1001 | Hard polyethylene wax emulsion | SYNTRAN® WA 1001 is a hard and high melting polyethylene wax emulsion. This wax emulsion is specially designed for OPV, ink and coating applications. It can improve the friction resistance and anti-blocking properties of the surface. SYNTRAN® WA 1001 can be combined with various water-based polymer dispersions. More |
| SYNTRAN® WA 1005 | Hard polyethylene wax emulsion | SYNTRAN® WA 1005 is a multi-purpose synthetic wax emulsion. It is an ethylene copolymer emulsion of a hard and high melting polyethylene wax specifically designed for use in surface coating applications of different kinds. SYNTRAN® WA 1005 has excellent compatibility and is therefore very well suited for clear wood coatings to improve slip, scratch, abrasion and blocking resistance. More |
| SYNTRAN® WA 1065 | Wax-hybrid acrylic | SYNTRAN® WA 1065 is based on a patented acrylic olefin graft technology. This unique incorporation of olefin into the backbone of the acrylic avoids natural migration of the generally lower-density wax to the surface during drying, resulting in better compatibility of the wax with acrylic systems and more uniform film application. Depending on the application and the objective, SYNTRAN® WA 1065 is typically used in concentrations between 2% and 10%. More |
| SYNTRAN® AC 1090 | Acrylic polymer | SYNTRAN® AC 1090 is based on our high-solids technology. This technology creates a film with very high flexibility, excellent water resistance, and excellent coverage. This technology also allows for excellent adhesion over multiple substrate types. More |
| SYNTRAN® AC 1091 | Acrylic polymer | SYNTRAN® AC 1091 is based on our high-solids technology. This technology creates a film with very high flexibility, excellent water resistance, and excellent coverage. This technology also allows for excellent adhesion over multiple substrate types. More |
| SYNTRAN® AC 1092 | Acrylic polymer | SYNTRAN® AC 1092 is based on our high-solids technology. This technology creates a film with very high flexibility, excellent water resistance, and excellent coverage. This technology also allows for excellent adhesion over multiple substrate types. More |
| SYNTRAN® OP 1133 | “Opaque polymer”, non-film-forming polymer | SYNTRAN® OP 1133 is based on our “Opaque polymer” technology, which can be used to replace a percentage of titanium dioxide used in white paints while maintaining the same or similar coverage. The ideal reduction level of titanium dioxide is approximately 15% when using this technology. Higher reduction of titanium dioxide levels can be achieved, but you may experience a slight loss in coverage of the paint. More |
| SYNTRAN® OP 1134 | “Opaque polymer”, non-film-forming polymer | SYNTRAN® OP 1134 is based on our “Opaque polymer” technology, which can be used to replace a percentage of titanium dioxide used in white paints while maintaining the same or similar coverage. The ideal reduction level of titanium dioxide is approximately 15% when using this technology. Higher reduction of titanium dioxide levels can be achieved, but you may experience a slight loss in coverage of the paint. More |
| SYNTRAN® AC 6045 | IPN acrylic polymer | SYNTRAN® AC 6045 is based on a patented interpenetrating network technology with film-forming properties. This technology combining two different ionic structures in the same polymer network increases the adhesion to multiple substrates, wood tannin blocking, stain blocking and dye blocking. This technology allows a formulator to take advantage of the good aspects of a cationic acrylic without the traditional compatibility issues. More |
| SYNTRAN® DR 7011 | Alkali-soluble acrylic polymer | SYNTRAN® DR 7011 is based on our polymeric surfactant technology. This technology was designed to improve wetting and incorporation of pigments or additives into water-based pigment concentrates and coatings. Used as a grinding resin in pigment dispersions, it improves colour development of organic pigments and carbon black. More |