Neolith Extraordinary Surface E
very so often a new material comes along that lights up the industry and brings new and exciting possibilities to kitchen design and designers. NEOLITH from THESIZE now distributed in the UK by QF Distribution Ltd is one of those products. QFD will stock over 30 surface finishes in a size of 3200mm x 1500m x 12mm to include solid colours and stimulating designs. NEOLITH is a sintered compact surface and belongs to a new and revolutionary product category born in the last decade with the aim of providing an innovative response to the most demanding architectural and design demands. NEOLITH manufacture state-of-the- art products that combine functionality and beauty, new materials that define the future of construction. NEOLITH can be used in a variety
of ways, including worktops, splash backs and floor tiles.
NEOLITH is an extreme evolution which has resulted in a new kind of surface previously non- existent and is composed from three groups which are 100% natural based elements. This is backed up by a 10 year guarantee for kitchen countertops. The sintering technology that THESIZE has developed to create NEOLITH uses a combination of extreme high pressure and temperature, giving birth to a surface with unique technical features, such as highly resistant to scratches and abrasions and high temperatures and colours that do not change with exposure to UV rays.
Richard Barrett, Sales Director of QFD Ltd is naturally enthusiastic about working with NEOLITH “ The combination of designs, aesthetic appearance,
technical features and slab size make NEOLITH an interesting alternative in today’s demanding market, and NEOLITH can be used in a variety of ways, including worktops, splash backs and floor tiles.” QFD Ltd have now opened their London showroom at the Business Design Centre in Islington to showcase NEOLITH plus their new range of Granite from THESIZE.
NEOLITH will be at the KBB on stand N137
0203 457 4949
showroom@qfdistribution.co.uk
www.qfdistribution.co.uk
NEOLITH Calcatta
NEOLITH Iron Moss
NEOLITH Pulpis BKU FEBRUARY 2016 29
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