HOYA FUSION ANTISTATIC Protector has the hardened, water repellent antistatic top-layer, stain and scratch resistant surface, filter cleans easily when smudges or fingerprints are introduced to the surface. Perfect for environments where dust is common, this filter require less frequent cleaning and maintenance than traditional filters.
The new FUSION Antistatic professional filters are made in Japan using hand selected silicates that are carefully smelted and blended to yield high performance optical glass. HOYA then uses extreme care and precision to apply the Improved 18-Layer Super Multi-Coating (both sides) formula which greatly reduces or eliminates reflections on the surface of the glass and yields a ultra clear high transmission rate. This means the filter has virtually no effect on the colour balance, contrast, or clarity of the final image.
The filters features a lightweight, one-piece, low-profile aluminium frame to house the glass. This one-piece design allows the filter to maintain perfect parallel alignment to the sensor plane for maximum sharpness, while the low-profile form eliminates vignetting when used on ultra-wide-angle lenses.
NEW Antistatic coating repels dust
Ultra Clear High Transmission
Scratch resistant - Hardened coating protects against everyday wear
Stain resistant - Protects against exposure to ink, markers etc.
Water repellent – Water beads up and wipes away easily
Fingerprints and smudges wipe away cleanly
HOYA's Professional-grade optical glass
HOYA exclusive one-piece, low-profile filter frame with front filter threads
The new FUSION Antistatic professional filters are made in Japan using hand selected silicates that are carefully smelted and blended to yield high performance optical glass. HOYA then uses extreme care and precision to apply the Improved 18-Layer...
It guarantees unchanged color balance and better light transmission, and the precisely made filter surface increases the resistance to glare.
Filters of this series have a thin LPF (Low Profile Frame) frame with an additional filter thread, which...