
Your starting point for the finest paint finishes in construction
Uralac® Ultra binder for powder-coated MDF renders the best interior and exterior paint finishes for buildings with a great glaze and texture. It really is the best finish.
At DSM we believe that the resin is the heart of the paint – binding the pigment and helping to create an unforgettable product. Uralac® Ultra is a powder coating technology like no other because it enables fast and efficient coating of engineered wood like MDF with outstanding aesthetics and lasting performance - at a very competitive cost-per-square-metre. This proven technology benefits industrial coating specialists, paint companies, brands and consumers alike – as well as the environment. So if you’re looking for a partner with a binding commitment to the coating industry… you’ve found one.
Uralac® Ultra binder for powder-coated MDF renders the best interior and exterior paint finishes for buildings with a great glaze and texture. It really is the best finish.
Uralac® Ultra enables fabulous finishing for interior furniture made from powder-coated MDF, enabling the best design techniques possible.
Uralac® Ultra is a sustainable technology for powder coating MDF, ideal for highly detailed contract furniture, shop interiors and pre-coated wooden shelves.
For the application of the powder, the moisture in the MDF is used for conductivity. A moisture content of 4-to-8 percent of weight is sufficient to attract the powder.
For the application of the powder, the moisture in the MDF is used for conductivity. A moisture content of 4-to-8 percent of weight is sufficient to attract the powder.
Most of the conventional curing ovens are convection ovens but the best results for MDF are reached with infrared radiation (IR) ovens. With IR ovens, the surface of the MDF can be heated up quickly to cure the powder coating, while the core of the MDF stays relatively cool. With convention ovens, the temperatures are often too high or the core of the MDF heats-up too much because of the longer time needed to reach the curing temperature.