peacock collection and trend collection
Always a clean touch: ELESGO clean touch surfaces are characterised by properties such as soft touch, anti-fingerprint effects, mechanical resilience, and much more.
Design that lasts: The combination of the acrylate resin coatings and their subsequent curing with electron beams make the surface extremely durable. These processes also give them useful properties, such as extremely high levels of scratch and UV resistance.
Practical in everyday life: ELESGO surfaces are dirt-resistant and easy to clean. Their optional antibacterial properties make them the perfect surface for use wherever cleanliness is important.
And ELESGO is green: our unique production process is free from solvents and formaldehyde, making it environmentally friendly. Our production process also produces extremely low emissions and consumes very little energy.
Equipped with outstanding tactile properties
Based on a fully cross-linked EBC surface
We are delighted to introduce the latest addition to our beloved peacock collection – the ELESGO trend collection.
Our trend collection, like our peacock collection, is always available to ship from our warehouse. The minimum order quantity is 200 m2.
Choose your perfect design from our permanent range: the peacock collection offers you a choice of 14 different shades*. You can order your desired colour starting with a minimum order quantity of 200 m2.
*Actual colours may vary from digital depictions
The special feature of the ELESGO clean touch surface is the compositions of the EBC lacquers. These lacquers are applied to the substrate in several layers and cured with our patented EBC manufacturing process.
In addition to the outstanding haptically and optically properties, the EBC technology gives the surface an extremely long-life cycle. The scratch- and abrasion-resistant ELESGO clean touch surface can be easily processed on KT, HPL and CPL presses or on continuous roll laminating or double belt presses. It also is possible to further process ELESGO clean touch surfaces to compact boards.