UV fungi filters.
The product text cites joint research by Kobe University and LED manufacturer Ushio in Japan reporting that repeated filtered 222nm UVC exposure did not cause skin cancer or cataracts in especially skin-sensitive hairless mice. It then proposes that 222nm deep-ultraviolet radiation is harmless to human skin and eyes. It also cites preliminary Columbia University research as indicating that 222nm far-UVC cannot penetrate the skin surface or eyes and is safe for humans, while damaging bacterial and viral DNA/RNA structures to cause growth-related and/or reproductive cell death and achieve disinfection.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength [This chart of parameters 2] | 222 nm |
| Peak Transmittance [This chart of parameters 2] | T>72% |
| Blocking Depth [This chart of parameters 2] | OD2 |
| Dimensions [This chart of parameters 2] | Customise as required by clients |
| Substrate Material [This chart of parameters 2] | JGS1、JGS2 |
| Surface Finish [This chart of parameters 2] | Approximations 40-20 |
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
MARS-810-190X2M-UV F02 — Mars-Series 8.1-Megapixel CXP2.0-Interface UV Camera
UV Light Systems
Daheng-imaging
Sensor Type: CMOS Resolution: 2848×2848 Pixel Size: 2.74μm
The MARS-810-190X2M-UV F02 camera uses a CMOS sensor with global exposure and transmits image data at high speed through a CXP2.0 interface, with a maximum transmission rate of 12.5Gbit/s. It supports PoCXP power and stable operation in harsh environments. It is an industrial digital camera offering high reliability, high transmission speed, and high image quality.
-
HL-HM-09k40H-00-B — High-Speed UV Imaging TDI Digital Line-Scan Camera
UV Light Systems
Daheng-imaging
Resolution: 9216×(128+64) Line Frequency: 400/200×2 Sensor Type: CMOS
The Linea HS-series HL-HM-09k40H-00-B uses Teledyne DALSA's industry-leading CMOS TDI technology and is described as one of the most advanced TDI cameras on the market. Back illumination greatly improves sensitivity, especially for UV and visible imaging. A new-generation CLHS interface provides up to 8.4 gigapixels per second through one active optical cable. It suits gene sequencing, digital pathology, fluorescence imaging and wafer inspection.
-
HL-HM-16k20H-00-B — High-Speed UV Imaging TDI Digital Line-Scan Camera
UV Light Systems
Daheng-imaging
Resolution: 16384×(128+64) Line Frequency: 200/100×2 Sensor Type: CMOS
US Teledyne DALSA Linea HS HL-HM-16k20H-00-B Fast Sensitive Back-Illuminated UV TDI,New CLHS/One Active Fiber up to6.5Gpixels/s,Sequencing,Digital Pathology,Fluorescence,Wafer Inspection.
-
HL-HM-16K40H-00-B (BSI) — High-Speed UV Imaging TDI Digital Line-Scan Camera
UV Light Systems
Daheng-imaging
Resolution: 16384×(128+64) Line Frequency: 400/200×2 Sensor Type: CMOS
US Teledyne DALSA Linea HS HL-HM-16K40H-00-B Fast Sensitive Back-Illuminated UV TDI,New CLHS/One Active Fiber up to6.5Gpixels/s,Sequencing,Digital Pathology,Fluorescence,Wafer Inspection.
-
STL-P800IUA UV Camera
UV Light Systems
Situoli
Sensor Model: 8.0M/IMX487-AAMJ（M,UV,GS） Chip Dimensions: 2/3 Effective Pixels: 8.0M (2840 × 2840), JPEG or TIFF format
USB3.0 UV Camera with Hardware ISP Image-Processing Engine
Related Articles
The accelerated construction of new‑generation power systems has brought revolutionary upgrades to power‑equipment maintenance workflows.
Driven by fast‑growing demands of 3D perception, biometric authentication and machine‑vision industries, near‑infrared imaging optics have become a vital hardware component for intelligent sensing systems.
icrolight is a high-tech enterprise specializing in the R&D, manufacturing and sales of active and passive photonic devices for microwave photonics, LiDAR ranging, gas sensing, fiber optics and photomedicine.
Electro-optic deflectors (EODs) are optical devices used to steer or deflect light beams by applying an electric field to a specialized optical crystal. Unlike mechanical beam steering systems that rely on moving mirrors, electro-optic deflectors enable high-speed, non-mechanical beam control with exceptional precision and responsiveness. They are widely used in laser scanning, optical communications, microscopy, laser printing, spectroscopy, and scientific research, where rapid and accurate laser beam positioning is essential.
Loading...
Name
Phone
Organization
Use Case
Database Platform