Crayo LED Teaser 1 2022 Dec

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UV-C LED

CrayoNano’s patented and groundbreaking technology merges two nanomaterials, AlGaN nanowires and graphene, to create a hypermaterial. This combination creates new material with strain-free high crystal quality, an essential requirement for an efficient and reliable UVC LED.

CrayoNano’s patented and groundbreaking technology merges two nanomaterials, AlGaN nanowires and graphene, to create a hypermaterial. This combination creates new material with strain-free high crystal quality, an essential requirement for an efficient and reliable UVC LED.

Key applications

Technical data

LED package size

3.5 × 3.5 mm

Wavelength

275 nm

Typical driving current

350 mA

Maximum driving current

700 mA

Typical radiometric output power

70 mW

Maximum forward voltage

6V

Technical data

Technical data

LED package size

3.5 × 3.5 mm

Wavelength

275 nm

Typical driving current

350 mA

Maximum driving current

700 mA

Typical radiometric output power

70 mW

Maximum forward voltage

6V

  • Crayo Nano 4 Q 2021 release 20220210 CrayoNano_4Q_2021_release_20220210.pdf
  • Crayo Nano Q1 FY22 results presentation 220428 CrayoNano-Q1-FY22-results-presentation-220428.pdf
  • 2022 06 07 Crayo Nano AS Innkalling til ordinær generalforsamling 2022-06-07-CrayoNano-AS-Innkalling-til-ordinær-generalforsamling.pdf
  • We do offer customization of our UV-C chips.

    Read more about our products or take a look at how we work with UV-C in our company
  • Our Sales and Customer Operations team are happy to assist you with your request. Please fill our contact form HERE, and our team will get back you as soon as possible.

  • The total system design—thermal management, power design, and module design—directly contributes and effects the UV-C LED product lifetime.


    Using TM-21 modeling, we have extrapolated an L70 lifetime of over 10,000 hours at standard operating conditions. In our testing, the CrayoLED™ running continuously for over 3,000 hours at 350 mA and more than 3,000 hours at 500 mA and 700 mA, with a solder temperature of 38 °C. 


    Would you like a copy of the report?  Request the form here


    Our industry experts are available for technical support and assistance, reach out to us through our Contact Form.

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  • 2021 04 07 Crayo Nano AS Protokoll ordinær generalforsamling signed 2021-04-07-CrayoNano-AS-Protokoll-ordinær-generalforsamling-signed.pdf
  • IR Q4 company update 20220210 IR_Q4_company_update_20220210.pdf

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Products

CrayoLED covered in water droplets  stylized with a blue green gradient

UV-C

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Crayo LED Carousel2 2022sept07

UV-C

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“The need for commercial UV-C LED technology to improve quality of life is our driving force.”

- Jo Uthus, CrayoNano CEO

“The need for commercial UV-C LED technology to improve quality of life is our driving force.”

- Jo Uthus, CrayoNano CEO

“The need for commercial UV-C LED technology to improve quality of life is our driving force.”

- Jo Uthus, CrayoNano CEO

“The need for commercial UV-C LED technology to improve quality of life is our driving force.”

- Jo Uthus, CrayoNano CEO

Technical data

  • LED package size 3.5 × 3.5 mm
  • Wavelength 275 nm
  • Typical driving current 350 mA
  • Maximum driving current 700 mA
  • Typical radiometric output power 70 mW
  • Maximum forward voltage 6V
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