Our promotional efforts emphasized the unique features of LAFRE®, including:

 

Environment-friendly formulation (free from hazardous substances like lead, cadmium, mercury, and hexavalent chromium).

Extremely thin film with high anti-corrosion performance, providing protection up to 2000 hours in salt spray tests with just a 5µm coating thickness.

Low-temperature processing, reducing energy consumption while preventing metallographic changes.

Freedom from hydrogen embrittlement, ensuring mechanical stability without the need for pickling or electrolytic processes.

High hardness and excellent adhesion, maintaining durability even during fastening or drilling operations.

Additional top coating adaptability, allowing customization for coloring or electro-deposition applications.

Through visually engaging displays and live discussions with industry experts, we positioned Zinc Flake LAFRE® as a next-generation solution for industries seeking sustainable, high-performance corrosion protection. Our presence at the exhibition reinforced Progressive Surface Systems’ commitment to pioneering eco-friendly innovations that deliver superior performance and reliability in surface finishing.

Surface and Coating Expo 2025

Progressive Surface Systems at Surface Coatings India, Chennai

 

Progressive Surface Systems Pvt. Ltd. recently participated in Surface Coatings India, Chennai, a premier exhibition dedicated to advanced technologies in coatings, surface treatments, and corrosion protection solutions. The event brought together leading innovators, manufacturers, and industry professionals, providing a platform to showcase cutting-edge developments that are shaping the future of the surface finishing industry.

At the exhibition, we proudly highlighted Zinc Flake LAFRE®, one of our star products and a breakthrough in anti-corrosion alloy coating technology. With over four decades of expertise in surface treatment, we presented LAFRE® as the world’s first extremely thin, environment-friendly, superior rustproof finishing technology.