ICE 52mm UV IR Cut Filter Optical Glass Multi-Coated MC 52
US Delivery Time: 3-5 Business Days.
Product Description
ICE 52mm UV IR Cut Filter Optical Glass Multi-Coated MC 52
Includes Plastic Case.Features of ICE 52mm UV IR Cut Filter Optical Glass Multi-Coated MC 52
Ideal for use with CCD or CMOS Sensors, High quality optical glass Multi-coated, Reduces Reflections Cuts out UV Rays below 390nm ; Cut out IR Rays above 750nm ; 99.4% light transmission between 400-700nm Reduce effects of atmospheric haze, Clearer and sharper pictures outdoors Slim metal ring for both standard and wide-angle lensesSpecification of ICE 52mm UV IR Cut Filter Optical Glass Multi-Coated MC 52
| Product Details | |
|---|---|
| Dimensions | 0.00X0.00x0.00 |
| Weight | 0.11 |
Product FAQs
Q: What is the purpose of the ICE 52mm UV IR Cut Filter Optical Glass Multi-Coated MC 52?
Ans: The filter is ideal for use with CCD or CMOS sensors, reducing reflections, cutting out UV rays below 390nm, and IR rays above 750nm. It also helps reduce the effects of atmospheric haze for clearer and sharper pictures outdoors.
Q: What is the light transmission percentage of the ICE 52mm UV IR Cut Filter Optical Glass Multi-Coated MC 52?
Ans: The filter has a 99.4% light transmission between 400-700nm, ensuring minimal impact on the quality of your images.
Q: Is the ICE 52mm UV IR Cut Filter compatible with both standard and wide-angle lenses?
Ans: Yes, the filter features a slim metal ring design that allows it to be used with both standard and wide-angle lenses.
Q: What are the dimensions and weight of the ICE 52mm UV IR Cut Filter?
Ans: The filter has dimensions of 0.00x0.00x0.00 and weighs 0.11 units, making it lightweight and easy to carry around.
Q: Does the ICE 52mm UV IR Cut Filter come with a protective case?
Ans: Yes, the filter includes a plastic case for safe storage and transport when not in use.
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.