UV-C Disinfection Technology
Advanced germicidal solutions for water, air, and surface treatment
Navigate through our core applications to find
the perfect UV-C solution for your specific needs.
How UVC Disinfection Works
Discover the scientific principle behind UVC technology in 6 simple steps
1. Contamination
Active microorganisms populate the environment. They replicate continuously and increase contamination levels, creating ongoing health and safety risks.
2. UV-C Irradiation
A high-energy UV-C light field is generated. The light penetrates a microorganism and targets the sensitive DNA helix in its core with precise wavelengths.
3. DNA Damage
UV-C energy is absorbed, breaking hydrogen bonds and forcing adjacent thymine bases into a permanent, irreparable "thymine dimer" fusion that corrupts the genetic code.
4. Replication Failure
The dimer lesion makes the genetic code unreadable. The cell's replication machinery stops at the damaged site and completely halts the reproduction process.
5. Population Collapse
Unable to reproduce, microorganisms become inactivated. The entire population gradually collapses, leading to complete inactivation without resistance development.
6. Permanent Protection
Continuous UV-C irradiation maintains a disinfected state and prevents formation of new colonies and biofilms. Integration into various applications enables comprehensive protection for water treatment, air purification, and surface disinfection systems.
Core Advantages of UV-C Disinfection
Leverage a chemical-free, physical process for ultimate safety and efficiency.
Chemical-Free
A purely physical process that leaves no toxic residues, tastes, or odors, ensuring product and environmental safety.
Highly Effective
Extremely effective against all microorganisms, including chlorine-resistant pathogens like Cryptosporidium and Giardia.
No Resistance
Microorganisms cannot develop immunity to UV-C light, ensuring reliable and permanent disinfection performance over time.
Cost-Efficient
Lower operational and maintenance costs compared to chemical disinfection, with no need for storage of hazardous materials.
Air Disinfection Applications
Ensure clean and safe air in any environment.
In-Duct Systems
Integration into HVAC systems for continuous disinfection of circulating air.
Upper-Room GUV
Fixtures installed high in a room to safely disinfect upper air layers.
Mobile Air Purifiers
Standalone units for flexible and targeted air cleaning in any room.
Surface Treatment Applications
Disinfect high-touch surfaces without chemicals.
Mobile Robots
Autonomous devices for high-intensity disinfection of unoccupied rooms.
Conveyor Belts
UV-C modules for disinfecting products and packaging in food processing.
Handheld Devices
Portable units for targeted disinfection of high-touch surfaces and equipment.
Water Purification Applications
Provide safe, purified water for any application.
Drinking Water
Point-of-Entry or Point-of-Use systems for safe, chemical-free water.
Process Water
Ensuring high-purity, sterile water for industrial and pharma applications.
Wastewater Treatment
An effective final disinfection step before water is discharged.
Frequently Asked Questions
Key insights into UV-C Disinfection technology.
What is germicidal ultraviolet (GUV)?
Germicidal Ultraviolet (GUV) refers to the use of ultraviolet energy (specifically UV-C) to inactivate or kill microorganisms like bacteria, viruses, and fungi. It's a well-established, non-chemical method of disinfection used for air, water, and surfaces.
How does UV-C inactivate microorganisms?
UV-C light at a wavelength of 254nm penetrates the cell wall of a microorganism and is absorbed by its genetic material (DNA and RNA). This absorption causes irreparable damage, specifically forming thymine dimers, which prevents the microorganism from replicating or causing infection.
Is UV-C light visible?
No, UV-C light is invisible to the human eye. Some UV-C sources may emit a faint blue glow, but this is typically a byproduct of the technology (like in mercury lamps) and not the germicidal UV-C energy itself. Proper safety measures are essential as you cannot see the radiation.
Can UV-C damage materials?
Prolonged, high-intensity exposure to UV-C can degrade certain materials, particularly plastics and polymers, causing them to become brittle or discolored. Material compatibility is a key consideration in system design, and we select robust components to ensure long-term durability.