Applying NOX EMT™ Core multi-layer structure, which has already proven its performance across the global market, NOX LVS⁺ ensures strong durability, dent resistance, and excellent constructability with enhanced floor adhesion. Further, the consistency in product thickness eliminates differences in floor height.
Cleaner, More Luxurious! NOX EPT™ Shield Premium Natural Matte Coating
Applying NOX's own EPT™ Shield surface coating that is easy to clean and resistant to scratches, dents, discoloration and contamination, NOX also applied 'Premium Natural Matte' for the first time in the industry to develop unprecedented sheet flooring.
⋅ HD design print layer
⋅ Fiberglass stabilization layer
⋅ Extra sound absorption layer – triple (4.5T)
Korea’s first & only sound absorption flooring to receive QUIET MARK
With NOX’s own EMT™ Core multilayered structure and SOUNDPROTEC acoustics performance technology, LVS⁺ is Korea’s first flooring to have received QUIET MARK – an international certification that global leading brands share.
Quiet Mark is the independent, international approval award programme associated with the UK Noise Abatement Society charitable foundation. Through scientific testing and assessment, Quiet Mark identifies the quietest products in a given category, giving consumers more informed choices about the products they buy. The Quiet Mark scheme drives designers and manufacturers to reduce sound levels in their products, enabling consumers to enjoy a less stressful domestic soundscape. QUIET MARK >>
World’s first highly elastic 3-layered cushion structure
NOX LVS⁺ is the first flooring to apply a highly elastic 3-layered cushion in a thickness that is 20% thinner than the typical product with a 2-layered cushion. This innovative structure gives NOX LVS⁺ its outstanding impact absorption and resilience.
Foot Comfort and Joint Protection
NOX LVS⁺ structure consists of a highly elastic 3-layered cushion, giving not only excellent foot comfort, but also impact absorption that is 2.3 times higher than wood flooring.
NOX LVS⁺ ensures safety for all family members – joint protection for the elderly, less danger for children, patella dislocation prevention for pets, and more.
More realistic, more natural designs – Embossed-In-Register, Rustic Edge, GRANDE Design
Realistic Designs with Emboss-In-Register and Rustic Edge
With NOX's Embossed-In-Register applied, LVS⁺ has highly realistic designs that closely resemble the original material's texture: wood grain, tile grout lines, fabric texture, etc. In addition, with Rustic Edge first developed by NOX, it is able to create detail interior by more natural wood textures.
More Unique, State-of-the-Art Designs
Through this LVS⁺ collection, NOX's In-house global design team introduces unique designs – the first terrazzo design for sheet flooring, differentiated versions of natural material designs, such as herringbone wood, ceramic tile, bianco carrara, and more.
More Natural, ‘GRANDE Design’ that resembles Solid Wood Floorings
Apply ‘GRANDE Design’ to give a spacious effect with enlarged wood planks. NOX’s Embossed-In-Register adds further reality in material texture with emboss that closely fits the design.
2.3 times higher impact resistance
Impact Absorption Test Results
NOX LVS⁺ has 2.3 times higher impact resistance than typical wood floorings.
A high density cushion layer made with NOX EMT™ Core Technology provides excellent foot comfort
1.5 times higher slip resistance
Slip Resistance Test Results
Non-slip surface coating guarantees safety. Flooring with a higher slip resistance coefficient is more slip-resistant.
※ Test Center : KICP
※ Test Standard : KS M 3510, KS M 3802 O-YㆍPSM test method
※ Test Value : Coefficient of slip resistance (C.S.RㆍB)
※ Test Condition : Barefoot, wet surface (water sprayed in 400g/𝑚^2 proportion)
Easier cleaning and maintenance
Easier cleaning and maintenance
LVS⁺ is highly resistant to external contamination between seams.
Eco-friendly flooring with perfect hygie
LVS⁺ is eco-friendly, hygienic flooring that is mold-resistant and free of phthalate and heavy metals.