FENIX – AWARD WINNING INTELLIGENT MATERIALS
At SEV we are always on the look out for new and innovative materials working hand in hand with clients and designers to match needs and aesthetics.
Versatile and innovative, FENIX is an inspiring starting point for novel design projects. It can be used for both horizontal and vertical surfaces.
Ideal for furniture such as tables, bookcases, chairs, partition walls, and to decorate any room you like. In the bathroom, in the kitchen, in living areas, as a work surface material, for covering units, doors and walls, or for backsplashes. But also outside the home: in offices, on transportation, in public places, and in the hospitality and healthcare fields. The FENIX surface characteristics create a high performance material, which is a suitable alternative to other materials, such as solid surfaces, lacquered and metal or glass, with the added advantage of ease of use.
FENIX NTM, introduced in 2013, is a technical and aesthetic answer to two interior design trends: smart materials and matt surfaces. Available now in 20 timeless colours for vertical and horizontal applications.
FENIX have continued to develope the range with the addition to the range of NTM Bloom, NTX and X-KIN for your interior design projects.
Key Features
- Low light reflectivity, extremely matt surface
- Soft touch
- Anti-fingerprint
- Thermal healing of superficial microscrathes
As bespoke commercial joinery specialists Sev are here to assist you with your next FENIX project.
CONTACT US FOR MORE INFORMATION
For more information on how Sev can help you with your next project please call us on 0115 9078 233 or email enquiries@sev.uk.com
A LONG-TERM SUSTAINABILITY STRATEGY
As of December 2021, FENIX® innovative materials for interior design are carbon neutral.
This is the result of a favourable product build-up and the implementation of a long-term sustainability strategy.
Becoming carbon neutral means that, based on the total quantity of square metres sold monthly, FENIX will contribute to the reduction of CO2 emitted into the atmosphere through carbon offsetting projects. The selected carbon-captured projects are waste-to-energy facilities in which the methane gas released from the landfills is used to generate electricity.