About Us

Brite Coatings has achieved its industrial growth by implementing strategies of research and development and continuous improvement. Both our manufacturing facilities have an ISO 9001:2015 QMS Certificate. All due process are technological, well defined, and environmentally conscious. Through our field study with end users, in-depth understanding of our customer's requirements is acquired and after constant and repeated testing products are finalized and launched.

We undertake over 100 product development trials per year and Brite Coatings and pride ourselves as and R&D driven organization with an in-house technical team and in-house laboratory facilities.

Our Mission is to satisfy all stakeholders be they customers, employees or investors by continual development towards our people, products, processes and environment.

To provide a safe work environment to our workers, good returns to our investors and standardized products with great service to our customers.


To fulfill our mission, we have developed a modern infrastructural set up with all latest and sophisticated machinery needed to conduct our production processes. To support our state-of-the-art infrastructure, we have a dedicated team of experienced technical professionals along with efficient manpower to keep our company at the forefront of developments. Our company makes use of following machines, in our manufacturing processes:

• Multiple adhesive coating machines
• Multiple Slitting & Rewinding machines
• Multiple Slicers, Cutting machines
• Mixers, Reactors and many more

Brite Coatings has a strong R&D base and a well-experienced technical team. Many of our domestic and foreign customers take advantage of this by conducting product development trials at Brite Coatings.

We follow a R&D connected manufacturing process and provide product development and trial services for multiple applications, products and industries.

Product development service programs are customizable and follow the following principals:

1) Flexible MOQ's
2) Quick turnaround
3) One to One interactions to understand Critical To Quality Parameters
4) Multiple short machine trials to identify hardware compatibility
5) Prototyping followed by stage gate trials
6) Economical and flexible cost structures