HOYA 77MM HD NANO MKII UV FILTER
Protect Your Lens with HOYA 77MM HD NANO MKII UV FILTER
Shield your valuable camera lens with the HOYA 77MM HD NANO MKII UV FILTER, offering enhanced protection and durability. Featuring a 32-layer ultra-smooth nano coating on both sides, this filter is resistant to stains, water, and oil, making maintenance a breeze. The ultra-hard surface coating provides superior scratch resistance, ensuring long-lasting performance.
Key Features:
- Advanced Nano Coating. The filter is equipped with a cutting-edge nano coating that offers exceptional protection against scratches, stains, water, and oil. This ultra-smooth coating makes cleaning effortless and ensures the longevity of your lens.
- High-Density Sharp Cut UV Glass. Crafted from chemically enhanced optical glass, the HD nano Mk II filter provides four times the strength of standard optical glass, offering robust protection against impact and scratches.
- Thin Frame Design. With its thin frame design, the filter maintains compatibility with lens caps and other filters. The front thread allows for easy attachment of additional accessories, enhancing versatility in your photography setup.
- Powered Coating Technology. The newly developed powered coating technology ensures a firm and dense coating layer, resulting in a hard and smooth surface. This coating offers superior water and oil repellent properties, facilitating hassle-free maintenance.
Conclusion:
The HOYA 77MM HD NANO MKII UV FILTER is an essential accessory for photographers seeking to safeguard their lens from physical damage and maintain optimal image quality. With its advanced nano coating, hardened optical glass, and thin frame design, this filter provides enhanced protection and durability, making it an indispensable tool for photography in challenging environments.
Description:
Protect your camera lens with HOYA 77MM HD NANO MKII UV FILTER. Advanced nano coating, high-density glass, and powered coating technology ensure superior protection and durability.
More Hoya Filters Here
More on Filter use Here