PoreSafe Provides aLong-Term SolutionTo Harmful Bacterial Growth

PoreSafe provides an effective alternative to conventional synthetic preservatives. PoreSafe may be blended into existing formulations, and provides long-term antibacterial properties in aqueous environments. PoreSafe is non-cytotoxic.

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About PoreSafeNew Solutions toAddress Bacterial Growth

PoreSafe is a new technology developed by experts from the University of Bristol. These materials provide new solutions to address bacterial growth of even the most difficult to kill bacteria. Moreover, the materials’ activity does not diminish over time, and can be blended and incorporated into other materials and formulations.

ApplicationsAn Effective Alternative toConventional Synthetic Preservatives

Coatings & Cosmetics

PoreSafe provides an effective alternative to conventional synthetic preservatives. PoreSafe may be blended into existing formulations, and provides long-term antibacterial properties in aqueous environments. PoreSafe is non-cytotoxic.

Coatings & Cosmetics

PoreSafe provides an effective alternative to conventional synthetic preservatives. PoreSafe may be blended into existing formulations, and provides long-term antibacterial properties in aqueous environments. PoreSafe is non-cytotoxic.

Textiles

PoreSafe is a robust and stable material to prevent odours in textiles. PoreSafe can be blended into fibers, providing long-term bacterial protection.

Textiles

PoreSafe is a robust and stable material to prevent odours in textiles. PoreSafe can be blended into fibers, providing long-term bacterial protection.

Medical Devices

PoreSafe will effectively kill many types of bacteria including drug resistant strains commonly found in clinical settings. PoreSafe is non-cytotoxic, and can be blended into materials commonly used for medical devices.

Medical Devices

PoreSafe will effectively kill many types of bacteria including drug resistant strains commonly found in clinical settings. PoreSafe is non-cytotoxic, and can be blended into materials commonly used for medical devices.

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PoreSafe may be blended into existing formulations and provides long-term antibacterial properties in aqueous environments.

The Team

Our Co-Founders

Charl FJ Faul

Co-Founder
Charl is a Professor of Materials Chemistry and co-founder of PoreSafe, with more than 25 years’ experience of developing functional materials. He is keen to find ways for materials from his laboratories to make a difference and contribute to solutions to global challenges

Darryl Hill

Co-Founder
Darryl is an Associate Professor in Infectious Disease and co-founder of PoreSafe. His research is interdisciplinary and with more than 25 years' experience as a microbiologist, he is focused on new ways to identify and prevent infection and contamination problems caused by diverse bacterial species.

Ben Baker

Co-Founder
Ben is an experienced researcher in materials chemistry and co-founder of PoreSafe. He is the inventor of several products that have been approved for market, with PoreSafe being the latest. He is primarily focused on the discovery of functional materials and their application to increase life quality.

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