The Molecular Integration Process

Mechanical Kill: A Permanent Transformation.

DURITex™ doesn’t leach; it forms a permanent molecular bond with the host material, transforming its physical surface at the atomic level.

• Molecular Spike Formation: A long-chain organofunctional silane is integrated into the material matrix, creating microscopic, positively charged "spikes."

• Electrostatic Attraction: Pathogens (bacteria, fungi, and viruses) are drawn to the spiked surface by opposing electrical charges.

• Mechanical Rupture (Lysis): The spikes physically puncture the outer membrane of the microbe on contact, causing instant destruction.

Result: The host material itself becomes antimicrobial, preventing pathogen colonization and the development of antimicrobial resistance (AMR), for the life of the product.

Customized Sector Integration

Targeted Solutions for Critical Infrastructure.

DURITex™ is not a one-size-fits-all solution; it is a platform technology customized for specific industrial performance and regulatory requirements.

A. Pharmaceutical Manufacturing & Cleanrooms

• Cleanroom Surfaces: Infuse epoxy floorings, wall panels, and HVAC seals to maintain sterile integrity and reduce bio-burden.

• Fluid Handling: Gaskets, seals, and specialized tubing treated to prevent biofilm accumulation in high-purity water (WFI) systems.

• Packaging Integrity: Integrate antimicrobial protection into primary or secondary packaging to ensure long-term sterile delivery.

B. Water Filtration & Treatment

• Membrane Integration: Treat reverse osmosis (RO) membranes and filter media at the point of manufacture to inhibit biofouling.

• Flow Efficiency: Prevention of microbial growth maintains optimal flow rates and extends filter lifespan.

C. Specialized Medical Devices

• Implantables & Tools: Molecularly bond to medical-grade silicone, thermoplastics, and coatings to reduce device-related infections.

• Sterile Touchpoints: Treatment of high-contact surfaces in surgical suites and patient monitors.

Validated Integration Performance

Key Integration Benefits

• Broad-Spectrum Efficacy: Effective against bacteria, viruses, and diverse fungal strains (validated).

• AMR Mitigation: Microbes cannot mutate to build resistance to mechanical destruction.

• Non-Leaching: Guaranteed zero migration into pharmaceutical products or the environment.

• Persistent Activity: Remains active for the functional life of the host material.

• Thermal Stability: Stable in manufacturing processes up to 180°C.