Lechler’s ISOFAN ess&re stands out for its ability to combine protection, durability and reduced environmental impact without compromising performance.
The paint and coatings supplier Lechler has launched the ISOFAN ess&re coating, which marks a true revolution in the world of industrial finishes, as it combines innovation, sustainability and superior technical performance.
The formula of ISOFAN ess&re is high solid residue, low in Volatile Organic Compounds (VOCs) and provides lasting protection even under the most extreme conditions. Thanks to its durability, it perfectly meets the needs of the most demanding professionals.
Another distinguishing feature of ISOFAN ess&re is its ease of application, making it suitable for all types of systems, from traditional spray to HVLP and Air-Assisted applications, while guaranteeing an impeccable aesthetic result, with a uniform gloss that enhances any artefact.
ISOFAN ess&re's contribution to sustainability is also reflected in its choice of raw materials, with over 25% of its composition coming from renewable sources. This ecological commitment also extends to hardeners and thinners, designed to be safe and environmentally friendly. The total absence of DBTL (dibutyl tin diluent) in the catalysts is a further sign of Lechler's focus on operator health and air quality.
Furthermore, ISOFAN ess&re offers extraordinary flexibility thanks to its integration with the Lechsys tintometric system, which allows the reproduction of over 3000 pastel colours through the Master Chroma Advanced collection. The modular system, with neutral (44310) and white (44311) converters, optimises the cost/performance ratio, guaranteeing excellent coverage, especially in yellow, orange and red.
Finally, to ensure optimum performance, ISOFAN ess&re is accompanied by two hardeners (13800 and 13801) and two thinners (01160 and 01161), designed to meet the specific needs of each application. This versatility makes it the ideal choice for companies looking for high-performance, cost-conscious solutions.