top of page
ANALOGUE vs DIGITAL.png

from 
TRADITIONAL SPC
to
DIGITALLY PRINTED and
TEXTURED SPC

Switching from a well established process which leads to a successful product like traditional SPC/LVT isn't obvious. 

​

Even if the processes looks relatively similar with respect to the layers, there is a huge difference between them.

 

One of the main issue is replacing the PVC wear layer with UV coating and achieving same properties. 

Contrary to the PVC WL, the  UV coatings are shrinking after curing causing core bending/curling. In addition, to achieve the desired abrasion resistance, the UV coating contains anti-abrasive filler (aluminum oxide) which makes the bending/curling even worse.

 

We specifically developed a Liquid Wear Layer capable of overcoming the above issues, matching and exceeding the performance of the PVC WL. read more

digilogico for SPC
digital printing and digital texturing

We developed the best technology (patent pending) to reproduce wood and stone like never before while meeting the most severe norms regarding abrasion and scratch resistance, delivering true emboss-in-register at competitive cost. 

 

The combination of digital printing, optically clear Liquid Wear Layer with natural digital texturing in register with the image creates the look and feel of a real wood product. Unlike other applications the texture is made into the wear layer with a wear performance that can meet or exceed a 20 mil wear film

digilogico wood 2.3.jpeg

unique natural feeling

non curling 

digilogico uv wear coating.jpg
traditional uv wear coating.jpg

non curling

ISO 23999-2008

Resilient floor covering measuring method of dimensional stability and curling after heating

superior abrasion resistance

taber test digilogico.png

up to AC6

(EN13329)

matt LWL

digilogico matt.jpeg

for realistic texture

no glossy spots

exceptional clarity

uv wear coating.jpg

the LWL is designed to minimize haziness

low odor

digilogico doesn't contain solvents, formaldehyde or heavy metals, making its formulation very low odor and sustainable

bottom of page