MARUMI 67mm DHG Super - Lens Protection Filter - Designed for Digital Cameras
- Specifically designed for use with digital cameras
- Hard protection that guards the lens surface from scratches, even with heavy-duty use
- Water and oil repellent, any spots of water or oil simply wipe off
- 99.5% light transmission through the filter
- Made In Japan
DHG SUPER LENS PROTECT
Marumi Digital High Grade filters have been specially designed with Digital Photography in mind. Each filter uses a specially developed ultra-low reflection coating to minimize internal reflection off the cameras built-in CCD and CMOS sensors. Other anti-reflect features include a special slim frame with satin smooth finish and a black ink process on the glass edge to eliminate flare.
Marumi Super DHG - Digital High Grade lens protect filters, protect SLR lenses, and are totally clear and colorless, and unlike UV and Skylights filters, the Marumi Protector filters do not cause any color casts, and therefore do not affect the white balance.
In addition to the high optical quality and specification of the Marumi DHG (digital High Grade) filter range,Marumi's DHG SUPER with theirhard protective coating, water and oil repellent and anti-foulingsurface make these filters perfect for use in in-climate weather conditions.
Specifically designed for use with digital cameras
Ultra-low reflection coating to minimize flare and ghosting
Hard protection that guards the lens surface from scratches, even with heavy-duty use
Water and oil repellent, any spots of water or oil simply wipe off
Anti-fouling, keeps the lens surface clean from dust and dirt
Outer filter rim blacked with ink to minimize the inner reflection.
Slim, 4mm satin smooth finish frame (less threads).
99.5% light transmission through the filter
Front Filter Threads allow for use of your clip on lens cap or additional accessories
Made In Japan
Filter Properties At A Glance
Front Threads: Yes
Accepts Snap-In Lens Cap: Yes
Filter Ring Depth (Less Threads): 4mm
Coating: Hard 6 Layer Multi Coated
Filter Factor 0- Stops