Stability. Durability. Visual Brilliance.

Our advanced bonded metallic coating technologies deliver exceptional application stability, outstanding durability, and various design possibilities. They are engineered for architects, designers, and manufacturers who seek premium performance, standout aesthetics and long-lasting protection.  Customers benefit from simplified processes, reduced material usage, and optimized output.

Stability & performance

• Uniform metallic effects, even in large-scale, single‑run productions
• Reliable, repeatable results that reduce production variability and build customer confidence.
• Up to 200% longer lifespan than standard Class 1 coatings, with proven UV, weather, and corrosion resistance
• QUALICOAT Class 2 certified for guaranteed, long-term exterior performance

Effortless application and maximum efficiency

• Easy application and high first‑pass transfer efficiency
• High‑capacity mixing technology for large‑batch production
• Up to <30% reclaimable powder, reducing waste

Design versatility & aesthetic precision

• A full spectrum of colours and finishes (anodic effects, smooth matt, glossy, and fine‑textured finishes)
• Ideal for aluminum façades, high‑end furniture, interior design, and architectural elements
• Combines aesthetic precision with robust, long-term performance

Sustainability & continuous innovatoin

• Eco-friendly formulations
• Energy-efficient curing and waste‑minimizing processes

Building components

Aluminium windows/frames
Facade elements
Decorative structures

Lighting

Lighting fixtures
Lighting components

Interior design

Design elements
Architectural details

Garden and premium furniture

Lounge furniture
Pergolas and gazebos
Gates and fencing

The bonding technology

The bonding process is a thermo‑mechanical manufacturing method in which metallic effect pigments, such as aluminium, mica or steel, are fixed onto the powder base particles at controlled temperature. This technology ensures exceptionally stable dispersion of metallic particles, resulting in consistent colour and effect in the finished coating.

Thanks to improved pigment integration, manufacturers can achieve the same visual impact while saving up to 30% aluminium pigment, significantly reducing material usage. The process also minimizes separation between the metallic pigments and the powder coating base, allows for the reuse of approximately 30–35% recycled overspray, and lowers the risk of short circuits during application.

Elevate your next project with metallic powder coatings

Whether you’re designing architectural façades, premium furniture, or high-end components, our metallic powder coatings deliver unmatched stability, durability, and visual brilliance.