BKL Anti-fouling (Non-Paint) Coating by

BoatKoat Laminates for Underwater Surfaces

An Anti-fouling Coating / Film Product that is not Liquid Paint.

MADE IN AMERICA

Preserve the value of your property and the integrity of your coated surfaces!

BKL® is a (non-paint) coating, self-adhered film / laminate, and a revolutionary approach to anti-fouling products. Our BKL marine surface coating utilizes traditional anti-fouling chemistry to protect the laminate / film itself but does not ablate or shed into the ecosystem. The BKL® laminate / coating system is suitable for both professional and DIY customers.

 

Bottoms Down - Top Quality

BoatKoat Laminates has designed an exciting and innovative anti-fouling moisture barrier for the marine industry. The BKL® laminate is a product that meets end-users’ demand for boat bottom protection. 

Plus, it can be recycled! Use of the BKL® system removes traditional paint concerns associated with health and safety hazards from handling, shipping, storage, application, and removal processes while addressing the fundamental goals and objectives outlined by the EPA for environmental sustainability.

The tools that you will need.

Many Advantages for DIY and Professional users!

  1. Eliminates all sanding for new boat and BKL 2nd, 3rd, … applications.
  2. No primer coat required.
  3. Gloves are the only personal protection needed.
  4. Provides an additional moisture barrier.
  5. Minimizes environmental chemical leaching.
  6. Reduces overall application labor hours.
  7. Eliminates air-born contaminates into the atmosphere.
  8. No explosion proof storage units required.
  9. No expensive equipment required (see tools needed above).
  10. Minimizes storage space required.
  11. No hazardous shipping expenses.
  12. Increases shelf life for unused product.
  13. Promotes recycling due to the unique design.
  14. Minimal applicator training.
  15. No Federal or State inspections required.
  16. Improves cleanliness in work areas: indoor and outdoor.
  17. Increases fuel efficiency through reduced weight.