BCI launches plant-based anti-bacterial B-Kool technology

Biocompatibility Innovation (BCI), an Italy-based company specializing in biostealth technology for medical devices and life-support equipment, has introduced B-Kool, a plant-based technology that helps prevent bacterial contamination through a mechanical, non-biocidal approach.

B-Kool is built on BCI’s patented technology platform, which was originally developed to protect medical devices from unwanted biological reactions and improve their long-term performance. After more than ten years of research and development in the biomedical field, the company is now extending this technology to textiles, consumer products, industrial materials, and advanced manufacturing applications.

Unlike conventional antibacterial treatments that use metallic biocides or other chemical agents to kill microorganisms after they attach to a surface, B-Kool works by stopping bacteria from attaching to the surface in the first place.

The technology is made entirely from plant-based ingredients and is non-toxic and dermatologically tested for skin safety. It does not contain silver, metals, quaternary ammonium compounds (QACs), isothiazolinones, or other harsh chemicals. B-Kool has also received OEKO-TEX® ECO PASSPORT certification and has been tested according to the ISO 22196 standard.

B-Kool can be applied as a surface finish or incorporated directly into materials during manufacturing. It is compatible with both natural and synthetic materials, making it suitable for a wide range of applications, including performance textiles, consumer goods, industrial composites, polymers, coatings, and other advanced materials.

Recent Posts

LYCRA showcases renewable fiber innovations

The LYCRA Company is presenting a range of new fibre technologies, focusing on performance, comfort and the use of recycled…

14 hours ago

DITF explores converting wind turbine blades into textile fibers

The German Institutes of Textile and Fiber Research Denkendorf is exploring how retired wind turbine blades could be turned into…

14 hours ago

Corn, beeswax-based textile treatment to offer PFAS finishes alternative

University of Texas has developed a textile treatment made from corn-derived protein and beeswax to help fabrics resist water and…

14 hours ago

Researchers develop selective recycling process for polyester blends

Researchers have developed a recycling process to break down polyester in blended textiles while preserving cotton and spandex present in…

2 days ago

Aalto researchers remove dye from cotton for recycling

Researchers have developed a two-step process that can remove up to 99.3% of colour from reactive-dyed cotton while keeping most…

2 days ago

Indorama Ventures partners to launch biodegradable wash mitt

Schülke, Nitto, Indorama Ventures and Polymateria have launched a new biodegradable disposable wash mitt in Germany, Switzerland, Austria and Spain.

2 days ago