Our series of Matte finishes will have your home looking both modern and functional. With a wide range of colours, the Matte finish can add the exciting look you want all while keeping the appearance of scuffs, scratches, and fingerprints virtually unnoticeable.
Fenix NTM® is new, smart nanotech material; it is neither a HPL nor a film or finish. NTM stands for: Nano Tech Matte. The six main properties are: 1) low light reflectivity, extremely matte surface; 2) anti-fingerprint; 3) thermal healing of micro-scratches; 4) soft to the touch; 5) resistance to scratches and abrasions; 6) enhanced anti-bacterial properties.
Fenix NTM® - a super opaque nanotech material - is an innovative interior design product, created by Arpa Industriale, combining an elegant aesthetic with state-of-the-art technological performance. It is produced using next-generation resin developed thanks to the research conducted by ArpaLab and with the help of nanotechnologies which provide this new material with innovative properties, opening up new avenues in the field of interior design.
Thanks to the use of nanotechnologies, Fenix NTM thermally heals any micro-scratches, as its name indicates. In addition, Fenix NTM is:
Highly resistant to scratches, abrasion, rubbing and dry heat
Withstands impacts, acid-based solvents and household reagents
Significantly reduces the bacterial load making its surface hygienic and easy to clean
Liquid repellent and mould-proof
Perfect Sense is much more than conventional melamine-faced MDF. Developed in completely new finishing process, they represent a new category of product connecting the high quality look and feel of modern surfaces. A special coating method with UV technology clearly enhances the surface.
Melamine has a tough outer finish that can resist common kitchen elements such as heat, moisture, or stains. This is an inexpensive option that performs in the toughest conditions and because of its uniform finish, you can expect an exact match when it comes to colour consistency from cabinet to cabinet.