Long-lasting antimicrobial and anti-biofilm compound for oral care
Revolutionary antimicrobial peptides for oral rinse applications, offering superior safety and efficacy over traditional agents like alcohols and peroxides. Certified by FDA, EPA, and EU, this compound promises enhanced ...
Self-cleaning white roof surfaces by laser nanotexturing
FLITE Material Sciences offers a laser nanotexturing solution that imparts superhydrophobic properties to white roof surfaces, enhancing their self-cleaning capabilities without coatings. The technology replicates lotus-...
Laser nanotexturing for enhanced hydrophobicity in vapor recovery systems
FLITE Material Sciences offers an innovative laser nanotexturing process that enhances hydrophobicity, boosting thermal efficiency and vapor recovery in stack components without coatings, thereby reducing maintenance and...
Laser surface treatments for enhanced glass durability and resilience
FLITE Material Sciences offers laser surface treatments that enhance glass durability by re-crystallizing below the surface and nanotexturing the surface. These techniques improve glass strength and resistance to stress ...
Superoleophilic surfaces for insecticidal applications
Introducing superoleophilic surfaces that mimic diatomaceous earth's insecticidal properties, suitable for integration into construction materials. This non-toxic, durable solution offers a permanent, maintenance-free in...
Omniphobic laser surface functionalization for diverse materials
Transform metal, polymer, glass, and ceramic surfaces into omniphobic and potentially antibacterial through laser surface functionalization, enhancing durability and resistance to liquids without additional coatings.
Laser surface cleaning technology for refractory products
FLITE Material Sciences presents an advanced laser surface cleaning technology that effectively removes contaminants from refractory products without damaging the substrate. This environmentally friendly process eliminat...
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