Through the patent partnership, i4F has secured exclusive licensing rights to Amorim’s sustainable rigid bio-cork composite patent portfolio and will represent Amorim on IP related matters associated with those technologies.

木材复合材料

i4F enters into strategic partnership with Amorim

i4F enters into strategic partnership with Amorim

图像: i4F

i4F, a group of companies providing patents and technologies to the flooring industry, has signed multiple agreements with Amorim, including a strategic patent partnership and two license agreements. Through the patent partnership, i4F has secured exclusive licensing rights to Amorim’s sustainable rigid bio-cork composite patent portfolio and will represent Amorim on IP related matters associated with those technologies. Simultaneously, Amorim has signed two license agreements, covering i4F’s drop-lock and digital printing technologies. Amorim has also acquired a Jupiter digital printing line with DLE plus from Hymmen, delivering direct-on-board digitally printed decors and digitally embossed-in-register lacquer structures.

Amorim’s patented, sustainable rigid bio-cork composite is 100% plastic and PVC free. The bio-cork core consists of a matrix material comprising cork particles as well as other bio and recycled materials. End products will boast an exceptionally low – to negative carbon footprint, all the while delivering performance comparable to, or even surpassing that of traditional rigid-core products.

Based in Portugal, Amorim is the world’s largest producer of cork-based products and market leader in the production of versatile, high quality cork flooring and wall decorations, with strong sustainability credentials. The introduction of i4F’s drop-lock will begin at their facility early 2024.

Used by the world’s biggest flooring manufacturers, on billions of square feet of flooring each year, i4F drop-lock technologies deliver the world’s best and easiest water-resistant flooring installation systems. 30% faster to install than traditional angle/angle, i4F drop-lock technologies are suitable for existing high-speed production. They also eliminate the need for inserts meaning faster installation, lower costs, fewer materials and a lower carbon footprint.