Powder coatings for industrial use are designed for a wide range of applications, such as curtain walls, aluminum sashes, steel furniture, agricultural and construction machinery, heavy and light electrical equipment, PCM, and exterior materials.

Industrial coatings are used for various metallic products, including machine parts, construction materials, construction machinery, and rolling stock. Our customers are manufacturers in almost all the fields that handle metallic products. We offer solvent-based paints, water-based paints, powder paints, and electrodeposition paints. As a paint manufacturer, we support various manufacturing industries, including the parts and finished products manufacturing industries.

Depending on the application our modern powder coatings can have almost endless numbers of functionality variations. They can be resistant to chemicals, anti-bacterial, anti-graffiti, conductive, thin-layered, non-slip, textured, metallic, pearlescent and so on.

Powder coatings are unseparable from the general industry. The wide variety of products in texture, colour, and gloss are near to endless and the application fields including outdoor and indoor usage. All our products can be designed in RAL and special colours on customers’ demand. Color Powder Coatings offers products for: Office furniture Garden furniture Shelves Playground equipment Bicycle frames/wheels Metal toys Fans Toolboxes Motorcycles/Mopeds Exercise equipment Fire extinguishers Satellite dishes

Appliances The appliance industry makes up the largest portion of the powder coating market, accounting for about 1/3 of all industrial powder coated parts. Powder coating is popular within this segment due to its two-fold benefit of being both aesthetically pleasing as well as resistant to abrasion and corrosion. Some of the more common appliance applications of powder coatings include: Ranges, Microwaves and Refrigerators: Extreme heat and cold can affect numerous paints and coatings. Powder coatings can handle a great deal of temperature cycling without wearing off or flaking. For this reason, powder coating is commonly found on oven, microwave and refrigerator panels and components. Vending Machines: Cooled or not, hundreds of people can use a vending machine every day. When placed outside, vending machines can take on a great deal of environmental stress. To protect their appealing exterior varnishes and help increase the lifespan of the appliance, vending machine manufacturers often finish many of their panels and components with powder coatings. Washers and Dryers: Standard washers and dryers used to contain parts covered with porcelain enamel, but as technology advanced and washers and dryers became more powerful, the strain on porcelain enamel-coated components proved to be too much. Now, powder coating has replaced porcelain enamel as the finishing method of choice for washers and dryers across industry.

What Is Powder Coating? Powder coating is a term used to describe a particular finish or base. It starts out as a fine powder. This powder consists of finely ground particles of pigment and polymer resin. After application to a surface, the powder is chemically altered with heat to create a finishing film. The entire powder coating process occurs as follows: Prepare: The surface of the material goes through a thorough cleaning process to prepare for the application of the coating. Cleaning involves removing surface contaminants, and it also prepares the surface for maximum adhesion between the material and the coating. This is accomplished with a thorough cleaning, followed by etching, rinsing and material-specific cleaning processes. Typically, any issues with coatings are the result of improper preparation, rather than an issue with the coating itself. Attach: Depending on the application, finishers either spray the powder coating material onto a prepared surface or dip the surface into a fluid containing particles of suspended powder. In both cases, professional surface finishers make the particles bind to the item using either electricity or heat. Cure: After attaching the powder to the surface of the item, the item is placed in an oven, where the heat causes the particles of powder to melt, merging into a continuous film. This film can be very thin, but powder coatings tend to apply best in a thick coat. Available since the 1950s, this method of finishing metals has seen a great deal of growth and development over the past few decades, resulting in a wide range of benefits and applications for powder coatings.