As the demand for "occupied space disinfection" grows, Far-UVC technology has moved from research labs to real-world applications. While 222nm excimer lamps were the early pioneers, 230nm Far-UVC LEDs are now emerging as the superior choice for modern B2B integration.
The Technological Shift: LED vs. Lamp
Traditional 222nm solutions rely on gas-filled excimer lamps, which are often bulky and fragile. In contrast, U-vcare’s 230nm UVC LEDs feature a compact surface-mount (SMD) design measuring only 3.6*3.6*1.5 mm. This allows engineers to integrate powerful sterilization into devices where space is at a premium, such as sensors and portable medical tools.
Why 230nm LED is Winning:
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Mercury-Free & Eco-Friendly: Unlike many traditional lamps, these LEDs are $100\%$ mercury-free, aligning with global environmental regulations.
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Durability and Lifespan: Our 230nm chips are built for reliability, supporting standard reflow soldering methods for robust industrial assembly.
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Instant Performance: LEDs provide immediate full-power output without the "warm-up" time required by gas lamps.
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Precise Output: With a peak wavelength of $230nm$ (range $225-235nm$), these LEDs target pathogens while remaining safe for human exposure.
Conclusion:
For manufacturers looking to future-proof their disinfection products, 230nm LED technology offers the perfect balance of safety, size, and sustainability.