\”Sharklet\” by Sharklet Technologies, image/information source: Sharklet Technologies
Sharklet is a biomimetic antimicrobial surface technology inspired by shark skin denticles, using microscopic diamond patterns to inhibit bacterial adhesion and biofilm formation without chemicals. Developed by Sharklet Technologies, it reduces bacteria like MRSA and E. coli by up to 99.99% on treated surfaces.
Technology Mechanism
The pattern features ridges 2-3 µm wide and long, arranged in interlocking diamonds that physically disrupt bacterial attachment. This non-toxic approach excels in healthcare, marine antifouling, and high-touch surfaces like hospital rails or airplane trays.
Studies confirm durable efficacy against pathogens including Pseudomonas aeruginosa and Staphylococcus aureus, lasting through cleaning cycles.
Architectural Applications
Sharklet integrates into films, coatings, furniture, and building materials for sustainable designs, such as desks in classrooms or antimicrobial panels in hospitals. It supports eco-innovative projects by minimizing biocides and aligning with green building standards.
Ideal for your sustainable architecture work in urban regeneration, it enhances hygiene in public spaces without environmental harm.
