Inert & Fusion Coating Technology

Inert & Fusion Coating Technology

Technology for recreating tactile effects on panels

The patented Inert Coating technology allows the recreation of tactile effects, like wood veining and pores, on the surface and edges of panels in any material.

The patented Inert Coating Technology system allows perfect surface and edge preparation of panels in any type of substrate (MDF, HDF, raw chipboard, sandwich panel, decorative and melamine and others too) with significant savings on all production parameters. The technology is designed to recreate any tactile effect, such as wood veining and pores.
Two innovative technologies, UV Hotmelt Coating by Henkel and Inert Coating by Cefla, come together in Inert & Fusion Coating technology, designed to achieve perfect adhesion and flatness on chipboard and melamine panels with glossy and matt finishes. It enables processing of single panels intended for cutting or panels already cut and edged. FUSION COATING technology is a compact cycle for maximum quality.

From Sorbini expertise


  • Greater mechanical strength of coating film
  • Lower running costs
  • Application of 100% UV acrylic coatings in a perfectly smooth layer
  • Filling of substrate defects
  • Greater application tolerance

Application Fields

Flat doors
Indoor furniture
Furniture components
Structural metal components
Suspended ceilings
Interior floor and wall coverings
Thermal-acoustic insulation in wood-cement
Concrete slabs
Flat panels
Internal matchboard
Flat roof tiles
Metal sheets and panels
Interior components
Panel edges

Focus on

The innovative Inert Coating by Cefla and UV Hotmelt Coating by Henkel came together to produce Inert & Fusion Coating technology, the ideal solution for achieving perfect adhesion and flatness on panels in chipboard and melamine with glossy and matt finishes.


  • Wood

Case Studies

Cefla and Sunview Patio Doors: analysis of a success

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"We choose Cefla because of their wide range of technologies and expecience in many different industries"

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