Crystal IS Breaks $0.25/mW Barrier For UVC LEDs
New Klaran WD Series developed specifically for the price and performance needs of point-of-use water disinfection
Crystal IS, a developer of high performance UVC LEDs, has announced the expansion of its Klaran platform with the release of the WD series LEDs.
Developed specifically for the price and performance needs of point-of-use water disinfection, Klaran WD Series marks the first instance a UVC LED manufacturer has demonstrated the ability to break the $0.25/mW price barrier required for mass production of UVC LED based water purification products. The company will initially offer 30 mW and 40 mW variants with plans to introduce more powerful devices in the coming months.
"Our AlN substrates have always held the promise of superior cost for performance at the deep UV wavelengths," said Larry Felton, CEO of Crystal IS. "Klaran WD series LEDs, developed specifically for point-of-use water, meet OEM requirements at a compelling price per milliwatt to drive innovation in water purification products."
Klaran WD series LEDs enable OEMs to address the rising global demand for water purification products as the surge in industrialisation, urban population and rise in water pollution propels consumers to take a more active role in ensuring drinking water quality. This is exemplified in the Asia Pacific region, specifically China and India. In 2015, the water purifier market in China was valued at $4.61 billion with expectations that this is likely to reach $11.21 billion by 2020, growing at a CAGR of 19.45 percent..
Klaran UVC LEDs are produced on a unique ultra-wide bandgap AlN substrate produced by Crystal IS. This substrate overcomes the material challenges inherent with traditional sapphire-based devices and emit their full germicidal power from the top of the chip, allowing for low cost and simpler packaging design. The resulting UVC LEDs offer high output at peak germicidal wavelengths (260-275 nm) and the ability to be operated at high drive currents for more effective disinfection.