Welcome To KA Architectural Coating
Established in the year 1990. KA Architectural Coating formerly Powder Coaters are one of the oldest and pioneers of Powder Coating business in Delhi/NCR. An ISO 9001:2008 certified company, Powder Coaters offer various type of Finishes to aluminum sections and profiles, Pure Polyster Powder Coating, Epoxy Polyster Powder Coating and Wood Finish Powder Coating are the areas of expertise. Due to the vast experience in this field of work, Powder Coaters are one of the most respected names today.
We are fully accredited and certified by AKZO NOBEL for our RAL Color Powder Coatings and DECORAL SYSTEM SRL for our wood finish powder coating.
Worldwide wherever beauty and durability of painted surfaces are essential, Powder Coating is immensely popular and is rapidly gaining distinction because its easier, more economical to use than solvent based paints and is pollution free. Our Wood Finish Coating not only looks and appeals better, it also helps save the enviornment by minimizing the use of wood and cutting of trees. Powder Coating provides superb finish, outstanding hardness and resistance to chemical, thermal and mechanical stress.
The Building industry encompasses a wide range of end uses for aluminum and steel building components. Powder Coatings have outstanding attributes when used for either protective or decorative purposes in the most hostile environments on visible exterior components such as curtain walling, cladding and door/window frames, which demand very high standards of protection as well as attractive cosmetic appearance.
The technology for coating products with dry powder rather than conventional liquids has been available since the 1950s. The powder used for the process is a mixture of finely ground particles of pigment and polymeric resin. The powder is either sprayed electrostatically onto a surface to be coated, or the substrate is dipped into a fluidized bed of suspended powder. The powders adhere to a preheated substrate surface in the fluidized bed process, or they adhere electrostatically in the spray process. When heated further in a curing oven, the particles flow and fuse into a strong, adhering coating. The result is a high quality coating with an attractive finish and excellent durability.
The growth of powder coatings has been dramatic during the last two decades with new applications continually being developed for both industrial and consumer related markets. The growth can be attributed to the powder coating industry meeting customers’ demands with a two-pronged attack:
- The development of new formulations and
- The development of advanced equipment and application processes.
These developments have created many new market opportunities and helped overcome finishing obstacles that were common in the early days of the powder coating industry.
Powder coatings have been shown to possess significant durability and resistance to abrasion, corrosion, scratching, and chemicals when compared to liquid coatings. Powder coatings stay bright with less fading, and color selection is virtually unlimited with high and low gloss, metallic, and clear finishes available. Texture selections range from smooth surfaces to wrinkled or matte finishes, and rough textures are available for hiding surface imperfections. Thick coatings can be achieved quickly and efficiently.
Although the final properties of the powder coatings are often superior to liquid coating systems, the reason for the fast growth of this technology has been more related to the evidence that powder coatings maximize production, cut costs, improve efficiencies, and offer maximum compliance with increasing stringent environmental regulations – factors all related to the end-user’s bottom line.
Environmental advantages have led the way for the conversion of liquid coatings to powder coatings. Powder coating contains no solvent, and thereby the process emits negligible, if any, polluting volatile organic compounds (VOCs) into the atmosphere. Furthermore, the processes used for powder coating do not require venting, filtering, or solvent recovery as is necessary with liquid finishing. Costs are saved because there is less need for heating outside air to supply oven exhaust air, and most of the powder coating over-spray can be retrieved and re-used.