In hospital settings, pathogens can survive on fabrics for days. Antibacterial textiles with biocides reduce bacterial load, but increase microbial resistance to antibiotic.
Each year, there are approximately 4,3 million healthcare-associated infections in Europe
(ECDC)
Antibiotic resistance could cause up to 10 million deaths per year by 2050 (OMS)
Prevention is essential to limit the spread of infections and combat antibiotic resistance.
Technology Evolution
1970s: Inspiration from nature: Initial research to replicate the lotus leaf effect.
1990-2000: Development of micro- and nano-scale structured coatings.
2010s: Introduction of antimicrobial agents such as silver nanoparticles and other biocidal substances.
Made from raw materials used in surgery for their biocompatibility.
Key Principle: Super-hydrophobicity prevents water absorption, depriving bacteria of the moisture needed to produce biofilm and multiply.
Impact: An environment hostile to bacterial proliferation enhances hygiene and significantly reduces the risk of infections.
Hygiene: They do not release lint, fibers, or dust.
Comfort: Soft, smooth, and lightweight with minimal friction, gentle on the skin.
Dryness: They rapidly wick away moisture, keeping the skin dry and comfortable.
Thermal Insulation: They provide insulation without heat transfer, helping to maintain a stable body temperature.
Effectiveness: Reduction in bacterial load exceeding 75%, as demonstrated by recent studies (DOI: 10.3389/fpubh.2023.1130829).
Health Benefits: Lower incidence of infections thanks to innovative materials and specific treatments.
Respectlife linen: Hygiene and comfort
Adopting sustainable practices in healthcare not only helps preserve the planet but also improves resource management:
Single-use textiles: They contribute to a drastic reduction in environmental impact:
Reusable textiles:: Contribuiscono a una drastica riduzione dell’impatto ambientale:
-64% energy and natural resource consumption.
-66% greenhouse gas emissions.
-83% blue water consumption.
(Source: PMID: 32128776 DOI: 10.1002/aorn.12885)