Resysten's Advanced Nanomaterial Coatings for Healthier Surfaces and Cleaner Air

Maali Amel Mersel, Laszlo Janovak, Imre Dekany, Peter Lehoczky, Janos Pinter

Resysten International Ltd

Abstract

Resysten Hungary Ltd., founded in 2014, focuses on developing cutting-edge solutions for hygienic surface protection and air purification, based on scientifically proven concepts. In this poster, insights from our R&D projects will be shared, including the synthesis of our trademarked nanomaterials, the scientific principles behind their antimicrobial and photocatalytic activity, and laboratory and real-life tests that demonstrate their performance. Our hygienic protective coatings form durable, active layers that prevent the proliferation of viruses, bacteria, fungi, or mold on different surfaces in public transport, healthcare facilities, schools, or offices.

In addition to surface hygiene, our Resysten Clean Air photocatalytic coatings can break down nitrogen oxides and other airborne pollutants on exposed surfaces like building facades, bus stops, and underpasses, thereby not only protecting surfaces but also improving the quality of the surrounding air. Through this combined approach, our technologies help reduce cross-contamination and absenteeism caused by infectious diseases and air pollution.

This work illustrates how the careful integration of different processes can lead to the development of innovative and efficient technologies, which make positive changes to human life and yield a sustainable and long-term impact. By sharing these R&D findings, we aim to highlight the potential of advanced coatings to contribute not only to hygiene and air quality but also to broader environmental and public health goals.