Application of Goldshield
Goldshield are suitable for use in various places or different industries
Goldshield's patented long-lasting antimicrobial technology to eliminate harmful pathogens and provide continuous protection. Unlike conventional disinfectants that evaporate or degrade within minutes to hours, Goldshield forms a durable, non-leaching protective barrier that remains active for extended periods. Its innovative organosilane quaternary ammonium compound creates a covalent bond with surfaces, employing a mechanical-kill mechanism that offers sustained antimicrobial activity
Global Certification and Safety Standards
A long-lasting antimicrobial barrier based on organosiloxane technology, forming a persistent antimicrobial layer on surfaces through molecular bonding, providing protection for up to 90 days.
National Aeronautics and Space Administration
European Commission
Environmental Protection Agency
U.S. Food and Drug Administration
Comprehensive and wide-ranging applicability
Versatility meets innovation—unleashing wide-reaching applications that adapt effortlessly to your needs. Designed with precision and scalability in mind, Goldshield empowers industries to transform everyday challenges into seamless opportunities for growth and efficiency.
Metal
Plastic
Glass
Ceramics
Leather
Fabric
Where to Use Goldshield
Goldshield products are trusted by consumers and businesses in many different industries. Here are our most popular.
Construction Industry
Car Cleaning
Factory
Hotel
Military Use
Skin Care
Public Transportation
Pet Care
NASA Recognized Advanced Research
Mars Habitat
Spacesuit
Goldshield® has been recognized by NASA and tested on the International Space Station (ISS) for its effectiveness in reducing biofilm contamination in water systems. The Research suggested that it can effectively eliminate 99.9999% of bacterial contamination over an extended period. They are currently examining the use of Goldshield to provide an antimicrobial solution for the Mars habitat and spacesuit.
Research Certification
Research Certified by NASA (U.S. National Aeronautics and Space Administration)
Tested and Verified by NASA: Successfully applied aboard the International Space Station, demonstrating effective inhibition of biofilm formation.
Approved by the U.S. Department of Defense (DoD)
Adopted by the U.S. Department of Defense (DoD): Utilized in military textiles and skincare applications.
Backed by U.S. Clinical Medical Research
Clinically Evaluated at Bywater Hospital: A 41-day post-Hurricane Katrina study confirmed Goldshield’s antimicrobial efficacy in extreme environments.
Proven Antimicrobial Efficacy — Passed 50-Wash Durability Test
- Durability Proven by Textile Testing: Retains long-lasting antimicrobial properties even after 50 machine washes.
Hotel Room
Guest Rooms
Mattress fabrics, pillow protectors, curtains, carpet backing, AC units, remote controls, and other high-touch surfaces.
Back of House
Laundry chutes, linen carts, staff uniforms, kitchen mats
Bathrooms
Shower curtains, grout, faucets, vanity surfaces, and tile coatings - areas prone to moisture and bacterial growth.
Public Spaces
Elevator buttons, gym equipment, poolside furniture, spa facilities, lobby counters, and handrails in common areas.
HVAC/Ductwork Protection
Antimicrobial coatings on coils, vents, and filters to inhibit mold spread
90-Day
Continuous Protection
Water-based, alcohol-free
& gentle on skin
Safe for guests and staff
Application On Pet Skin
HK animal rescuring shelter rescued a stray cat family of six, all suffering from severe ringworm. With PostiveCare Skin Healer Foam Spray, their condition gradually improved, leading to a successful recovery.
FragranceFree
Water-based, alcohol-free
& gentle on skin
Speed up recovery
Science Behind
Covalent Bonding, Electrostatic
Microbial Destruction
Maintains long-term antibacterial protection with a strong bond that does not wash away or break down. The charged layer attracts and destroys microorganisms, preventing the development of resistance.
Nano-Scale Barrier,
Non-Leaching & Durable
An invisible nano-protective layer prevents microbial adhesion and maintains long-term antibacterial effects even after cleaning.nce.