Architectural Powder Coating

Color and effect are the most important elements required for an architectural design to attract attention. Colors, effects, application methods, resistance to environmental factors play a major role in product selection. As Bpc Kimya, we design paints with unlimited options for both your interior and exterior projects. While choosing your products in the colors and textures you want, we contribute to the longevity of your projects since you have also chosen products that are resistant to climate conditions.

Our products;

Industrial powder coating

Architectural powder coating

Application Area

Our architectural products usage areas are aluminium profile, garden and park furniture, facade elements, steel door, exterior lighting equipment, traffic signs, automotive accessories and agricultural machinery.

Application Method

The first step involves preparing the substrate by cleaning and removing any contaminants, such as grease, oil, dirt or rust. The surface must be free from imperfections to ensure proper adhesion of the powder coating. This can involve various methods like sandblasting, chemical cleaning, or mechanical abrasion.

Once the substrate is properly prepared, the powder coating material is applied using an electrostatic spray gun. The powder particles are electrostatically charged and attracted to the grounded substrate, forming a uniform layer. The thickness of the coating can be controlled by adjusting the spray gun’s settings and the distance from the substrate.

The coated part is heated to a specific temperature for a certain duration, causing the powder particles to melt and fuse together, creating a smooth, durable, and protective coating. The curing temperature and time vary depending on the type of powder coating and the desired properties of the final finish.

Advantages

All decorative surfaces can be obtained with powder coating. Surfaces with smooth, texture rough, sandpaperlike, and varnished appearance can be easily achieved with powder coating

No waste is produced during production and consumption; therefore, it does not cause air or water pollution. In terms of environmental protection, powder coating does not contain the volatile organic compounds (VOC) found in wet paint.

The amount of energy required for powder to ignite is much higher than liquid paints. Therefore, its lower explosive limit is higher.

Powder is ready to use. It does not require any mixing or dilution with liquid. The gun hose can be inserted into the powder bag and used immediately.

The powder coating technique is easy to use and the operator can be trained in a very short period. It is very suitable for being used in manual and robotic systems.