Hoya 77mm NXT HMC UV Multi Coated Slim Frame Glass Filter
US Delivery Time: 3-5 Business Days.
Product Description
Hoya 77mm NXT HMC UV Multi Coated Slim Frame Glass Filter
The Hoya NXT HMC UV Multi Coated Slim Frame Glass Filter is a multi-purpose filter that is designed to optimize the photography experience of the digital SLR user. UV filters absorb ultraviolet rays that often make outdoor photographs hazy and indistinct, and should be constantly fitted to a lens to provide improved clarity and color balance, as well as to provide protection to your lens.Features of Hoya 77mm NXT HMC UV Multi Coated Slim Frame Glass Filter
Absorbs Ultraviolet Light 3-Layer HMC Multi-Coating General Protective Filter Low-Profile Aluminum Frame High-Transparency Optical GlassSpecification of Hoya 77mm NXT HMC UV Multi Coated Slim Frame Glass Filter
| Product Details | |
|---|---|
| Color | Black |
| Size | 77mm |
| Dimensions | 2.99X2.99x2.99 |
| Weight | 0.15 |
Product FAQs
Q: What is the purpose of a UV filter?
Ans: A UV filter absorbs ultraviolet rays that can make outdoor photographs hazy and indistinct, providing improved clarity and color balance.
Q: Why should I use the Hoya 77mm NXT HMC UV Multi Coated Slim Frame Glass Filter?
Ans: This filter is designed to optimize the photography experience of digital SLR users by providing UV protection, improved clarity, and color balance.
Q: Is the Hoya 77mm NXT HMC UV Multi Coated Slim Frame Glass Filter compatible with my lens?
Ans: This filter has a 77mm size and is suitable for lenses with a 77mm filter thread.
Q: Does the filter affect image quality?
Ans: No, the high-transparency optical glass and multi-coating of the filter ensure minimal impact on image quality.
Q: How does the low-profile aluminum frame benefit the filter?
Ans: The slim frame design reduces vignetting and allows for the use of additional filters on the lens.
Warning - California Proposition 65 This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.