Applications
Water Disinfection
Surface Disinfection
Air Purification
Industries
Commercial Appliances
Consumer Appliances
Healthcare
Life Sciences
In the Lab
Coronavirus
Pathogens
Bacteria
Viruses
Endospores
Products
Disinfection Modules
WR Series UVC LED Reactor
WS Series UVC LED Retrofit Kit
LE Series UVC LED Light Engines
UVC LEDs
WD Series UVC LEDs
Klaran University
About UVC
Knowledge Base
Company
News & Press
Speaking
Contact
Applications
Water Disinfection
Surface Disinfection
Air Purification
Industries
Commercial Appliances
Consumer Appliances
Healthcare
Life Sciences
In the Lab
Coronavirus
Pathogens
Bacteria
Viruses
Endospores
Products
Disinfection Modules
WR Series UVC LED Reactor
WS Series UVC LED Retrofit Kit
LE Series UVC LED Light Engines
UVC LEDs
WD Series UVC LEDs
Klaran University
About UVC
Knowledge Base
Company
News & Press
Speaking
Contact
Knowledge Base
Your Source for All UVC LED Disinfection Resources
Knowledge Base
Your Source for All UVC LED Disinfection Resources
Featured
Big Ass Fans Case Study
Webinar: Impact of UVC LEDs on COVID-19
eBook: Top Five Trends Driving Innovation in Water Purification
Application Type:
Air
Surface
Water
Content Type:
Articles
Application Notes
Case Studies
eBooks
Product Calculators
White Papers
Videos
Webinars
The Klaran Knowledge Base
All
Air
Application Notes
Articles
Case Studies
Product Calculators
Surface
Videos
Water
Webinars
White Papers
EBooks
Webinar: HVAC Surface Treatment using UVC LEDs
Big Ass Fans Case Study
Webinar: Impact of UVC LEDs on Influenza
Webinar: Impact of UVC LEDs on COVID-19
AN016-General Guidance for Testing Reactors Inside Water Cooler Systems
AN017-Guidance for Powering Klaran UVC LED Light Engines
Digital Aerolus Case Study
Disinfecting Point of Sale Touchscreens with UVC LEDs
Cleanbox Case Study
Which UVC Source is Best? 222 nm vs. 265 nm for Disinfection of Air, Surface, and Water
What is Norovirus?
FAQs on Using UVC LEDs for Disinfection to Fight COVID-19 Coronavirus
HVAC Surface Treatment using UVC LEDs for Mold Prevention
What is the Footprint of a UVC LED Reactor?
How to Integrate UVC LEDs into Your Water Product Design
Intensity comparison: UVC LEDs vs. Lamps
Aquatech China 2019: Trends in the POU Industry
eBook: Creating Stakeholder Value with UVC LEDs for Water Purification
Top Trends from Water Quality Association (WQA) 2019 Las Vegas
eBook: Improving Value for Water Cooler Distributors
Top Takeaways from British Water Cooler Association Conference 2019
Insights from Appliance and Electronics World Expo (AWE) 2019
How to Choose the Best UVC LED Disinfection System Provider for Water Treatment
eBook: Three Things Water Purification Designers Need to Know About UVC LEDs
10 Common Places to Spot Bacteria in Water Infrastructure
How a UVC LED Works
How UVC Disinfection Can Help Protect Food and Beverage Service Operations Before and After Boil-Water Advisories
The Role of UVC LED Reliability in Product Design
What is Spectral Sensitivity? Explaining Differences in Microbe Sensitivity to UV Wavelengths
How Much Time is Required for Surface Disinfection in Your Application?
LED Tailor Innova7ion Case Study
Microbial Performance of the Klaran WR Series UVC LED Reactor
“UV LED Inside” Marketing Claims: Water Disinfection vs. Water Maintenance
eBook: Five Reasons Driving Product Managers to Embrace UVC LED Technology
UVC LEDs for Private Wells and Off Grid Homes
The Resurgence of Deep Ultraviolet Technology in Healthcare
How to Get Buy-In from Marketing for UVC LEDs
How many UVC LEDs are Needed for a Water Purification System?
Klaran Point-of-Use Water Disinfection Animation
Rethinking UVC LED Lifetime Requirements for Disinfection Using Operating Hours
How UVC LEDs for Low-Level Disinfection (LLD) Make Reusable Medical Devices Safer
eBook: A Guide to UVC LEDs for Disinfection in Healthcare
Prioritize UVC LED Output Over Lifetime in Healthcare Applications
WEFTEC 2018 Recap: Water infrastructure, greywater and more
Klaran Water Disinfection ROI Calculator
Takeaways from IUVA Workshop: Traction in Healthcare Relies on a Total UV Disinfection Solution
Whitepaper: Adding Value to Medical Devices by Integrating Disinfection
The Ultimate List of UVC LED Disinfection Terms and Definitions
Addressing Industry Trends in Water Purification with UVC LEDs
eBook: Top Five Trends Driving Innovation in Water Purification
UV Lamps Vs. UVC LEDs: Which is best for your water disinfection needs?
Understanding the Relationship Between UVC LED Lifetime and Power
Water Appliance Design Trends in 2018 and Beyond
Three Unforeseen Challenges with Microbial Disinfection Testing of UVC Devices
How to Interpret UVC LED Data Sheet Values and Figures
Is UVC Effective for Disinfection? Combating Superbugs with UVC LEDs
The Basics of Disinfection Using UVC LEDs
Whitepaper: Three Things Medical Devices Designers Need to Know About UVC LEDs
Using Aluminum Nitride (AlN) to Access UVC Wavelengths
Toppling Existing Pricing Models for Low Flow Water Disinfection Products with UVC LEDs
Is UVC Safe?
New Regulations Signal the End of Mercury Lamps
What is Log Reduction?
What do the New EU Medical Device Regulations Mean for Designers and Manufacturers?
Impact of Source Water UVT on Disinfection Systems
The Five Trends Currently Driving The Water Purifier Market
FAQs for Water Disinfection
FAQs for Air Disinfection
Germicidal Power of UVC LEDs - A Systematic Approach
AN014 -Measuring the Light Output (Power) of UVC LEDs
Deep UV LEDs: Enabling Innovations in Disinfection
FAQs for Surface Disinfection
AN015 - Proper Soldering Techniques for Crystal IS Klaran LEDs
AN005 - Germicidal Power
AN002 - UVC LEDs for Disinfection
AN013 -Disinfecting Microbes with Crystal IS Klaran UVC LEDs
AN010 - Effective Thermal Management of Crystal IS LEDs
AN011 - Using UV Reflective Materials to Maximize Disinfection
AN001 - Environmental Health and Safety for Crystal IS UVC Diodes
