About UV radiation:
UV radiation is divided into three main regions: UVA (315-400 nm), UVB (280-315 nm), and UVC (100-280 nm). Each has different biological effects and potential health risks. UVA penetrates deep into the skin and contributes to premature aging. UVB is more energetic and can cause skin and eye damage, including burns. UVC is the most energetic form of UV radiation and is highly effective for disinfection, but also the most harmful to biological tissue. UVC is normally absorbed by the Earth's atmosphere and does not occur naturally at ground level.
Warning: Ultraviolet radiation can cause serious damage to skin and eyes. Under certain conditions, UV radiation may generate ozone, a gas harmful to the lungs. When working with or developing UV-based products, appropriate protective equipment must be used, including UV-blocking safety goggles.
product listing
Observe:
Enter your e-mail address, to recieve a message when the item is in stock
LED UV-A 5mm 3-3.8V 20mA 370-380nm 140 deg
LED UV-A 5mm 3-3.8V 20mA 370-380nm 60 deg
LED UV-C SMD 5-8V 150mA 265-280nm 120 deg
LED UV-C SMD 5-8V 50mA 270-285nm 120 deg
LED UV-C SMD 5.5-7V 30mA 270-280nm 120 deg
About UV radiation:
UV radiation is divided into three main regions: UVA (315-400 nm), UVB (280-315 nm), and UVC (100-280 nm). Each has different biological effects and potential health risks. UVA penetrates deep into the skin and contributes to premature aging. UVB is more energetic and can cause skin and eye damage, including burns. UVC is the most energetic form of UV radiation and is highly effective for disinfection, but also the most harmful to biological tissue. UVC is normally absorbed by the Earth's atmosphere and does not occur naturally at ground level.
Warning: Ultraviolet radiation can cause serious damage to skin and eyes. Under certain conditions, UV radiation may generate ozone, a gas harmful to the lungs. When working with or developing UV-based products, appropriate protective equipment must be used, including UV-blocking safety goggles.