Customized Adjustable Focus uv-c led 254nm 265nm 270nm 280nm 295nm 308nm 315nm uv flashlight

Customized Adjustable Focus uv-c led 254nm 265nm 270nm 280nm 295nm 308nm 315nm uv flashlight

Power:0.5W/1W/3W/5W

Wavelength:250-260nm/260-270nm/270-280nm/280-290nm/290-300nm/300-315nm

Voltage:5-7v

Why Us?

  • High Quality
  • Quick Response
  • Reasonable Price

Customized Adjustable Focus uv-c led 254nm 265nm 270nm 280nm 295nm 308nm 315nm uv flashlight

Power:0.5W/1W/3W/5W

Wavelength:250-260nm/260-270nm/270-280nm/280-290nm/290-300nm/300-315nm

Voltage:5-7v

product description:
Brand: GZYSLED
Light bulb: 250-315NM UV LED torch
Power (W): 0.5W/1W/3W/5W
Material: Aluminum Alloy
Lighting time: 1 hours
Dimensions: 140.8mm (length) x 33mm(head) x 27mm (Tail)
Weight: 200g
Product Color: Black
package: UV flashlight, usb cable

Package included:
1x LED UV flashlight
1x USB cable
1 x Box

Application areas:

1.medical devices.
2.fluorescent material
3.ink curing.
4.Metal crack, crack detection.
5.photocatalyst, light detection.
6.money detect detector device,
7.anti-fake detection ,
8.medical measurements and biometric security testing
9.hydraulic leak.
10.According to Amber, arresting scorpions, and examination of tickets. Passport, credit card, identity card.
11.animal urine test.
12.fluorescent powder, phosphor agent detection.
13.Ore, jewelry, jade detection
14.Paper towels, facial mask, cosmetic, children’s toys, books, clothes…….
 
Please Note:
1. Do not shine directly into eyes;
2. Please keep it away from liquid or moisture ;
3. Please check the batteries and battery case whether they are installed correctly when the ultraviolet
led flashlight does not turn on;

Ultraviolet light is an electromagnetic radiation whose wavelength is shorter than visible light and cannot be directly perceived by the human eye. When ultraviolet rays are irradiated on the white paper, the white paper will absorb the ultraviolet rays and fluoresce. Fluorescence means that after a substance absorbs energy, it emits light with a wavelength longer than the absorbed energy. On white paper, fluorescence converts ultraviolet light into visible light, allowing the human eye to see the presence of light. Therefore, we can only see the effect of light when the ultraviolet light shines on the white paper.

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