i4F showcasing breakthrough innovations at Domotex asia/CHINAFLOOR – Hall 7.2, Booth C15

• New patented recyclable i4F PET and PP technologies

• i4F Ceramic-Click easy drop-lock floating floor installation for real ceramics

• Quieter, soft touch technologies for vinyl, wood and laminate

• New ClikDek® ScrewLock outdoor decking system
  

TURNHOUT, BELGIUM – i4F®, a group of companies providing patents and technologies to the flooring industry, today announced that it is exhibiting (Hall 7.2, Booth C15) at the 2025 edition of Domotex asia/CHINAFLOOR taking place in Shanghai, China on May 26-28. This year, the group is focusing on the importance of tailored technologies per material, and the varying compositions as well as layer specificities.  Material-specific i4F drop-lock technologies and new sustainable board compositions as well acoustic-improving and outdoor decking technologies will be introduced at the show. i4F’s management team will be present on the booth for the duration of the exhibition.

The company’s latest tailored offerings are focused on vinyl, laminate and wood, as well as its latest PET and PP technologies delivering lightweight, yet strong, recyclable and more sustainable resilient flooring. i4F also enters the ceramics segment with i4F Ceramic Click, a patented system delivering all the benefits of a floating floor, drop-lock installation system with the beauty of real ceramics tiles. Technologies significantly improving acoustics as well as delivering softer feel panels in both laminate and SPC will also be on show. 

John Rietveldt, i4F’s CEO, adds, “We know one size doesn’t fit all and so this year at Domotex asia/CHINAFLOOR, we are deep diving into durability and flexibility per material type. We are focused on LVT, SPC, WPC, ceramics, laminate and wood as well as exciting future-proof PET/PP resilient flooring technologies and outdoor solutions. Our most advanced techniques can deliver bespoke technologies per material and board compositions, taking into account differing multi-layer build-ups and thicknesses.”