Dekodur Inox HPL is a metal HPL laminate that uses real stainless steel (inox) on the surface. It brings the clean, technical, clear look of stainless steel into an HPL format suitable for wall, furniture, and architectural surfaces. It is used in interior projects by bonding onto substrates such as MDF, particleboard, and plywood.

Key Advantages

• Real stainless steel (inox) surface
• Ability to apply a stainless-steel look to large surfaces in HPL format
• Suitable structure for wall/column cladding, counters, and furniture surfaces
• Compatibility with production processes by bonding onto common substrates (MDF, particleboard, plywood)
• A panel-based approach to stainless-steel appearance in architectural detailing

Applications

• Wall and column cladding
• Counters, reception areas, and service desks
• Retail interiors, showcases, and display units
• Hotel, restaurant, and café interior applications
• Elevator cabin interior surfaces and entrance lobbies
• Laboratory, clinic, and technical-area furniture (project-dependent)
• Showrooms and exhibition stands

Technical Specifications (Fields for the Page)

• Product type: Metal HPL with real stainless steel surface
• Surface: Inox / stainless steel appearance
• Application: Bonding onto substrates such as MDF, particleboard, plywood, etc.
• Use: Interior applications

Processing and Application Notes

1. Balancing (Backer) Layer
   For metal-surfaced laminates, an equivalent balancing laminate/backer on the reverse side is required for panel stability.
2. Press Temperature
   Temperature must be controlled when pressing metal laminates. Press temperature should not exceed 50°C; whenever possible, work at lower temperatures.
3. Adhesive Selection and Cleanliness
   Recommended adhesive types: PVA and fast contact adhesives. Do not use adhesives contaminated with dust/particles; if unavoidable, filter/sieve before application.
4. Press Surface
   Press plates must be clean and even. Potential sources of surface marking should be eliminated.
5. Pressure
   Keep applied pressure low. Process parameters should be set according to the substrate and panel dimensions.