Hama Filtro UV 390 (O-Haze), 77,0 mm, con recubrimiento 77 mm

The Hama UV Filter 390 O-Haze 77mm is a colour-neutral photographic filter that reduces atmospheric haze and improves image clarity. It provides scratch and dust protection for the lens surface while maintaining sharp, clear photos in both colour and black-and-white. The filter blocks UV rays up to 390 nm and has a single normal coating layer on each side, meeting the ProClass ***** glass quality standard. Its 77mm thread size fits compatible lenses and is suitable for outdoor and general photography where reduced haze and lens protection are required.

Advantages

The filter protects the lens against scratches, dust and finger-marks without changing colour balance. Its normal coating on both sides minimises reflections, and the high-quality ProClass glass preserves image sharpness. It blocks ultraviolet light up to 390 nm and filters haze to avoid unsharpness, helping to deliver clear, sharp photos in colour and black-and-white.

Suitable for

• Outdoor landscape photography
• Travel and street photography
• Protecting lenses during transport and field use
• General-purpose use on lenses with 77mm filter thread

Key specifications

• Type: UV filter (O-Haze)
• Diameter: 77 mm
• Coating: Normal coating, one layer each side
• Glass quality: ProClass *****
• UV blocking: up to 390 nm
• Colour: Colour-neutral / black-coated frame

How to use

Screw the filter into the front filter thread of a compatible 77mm lens until lightly seated. Use it on the lens during outdoor shoots to reduce haze and protect the front element from dust and scratches. Clean the filter surface with a lens cloth or blower to remove dust and fingerprints; avoid abrasive materials. Remove the filter when it is not needed or when attaching lens hoods or other accessories that require direct mounting.

Recommendations

Use the Hama UV Filter 390 O-Haze 77mm as a permanent protective element on lenses that support 77mm filters for everyday shooting; remove it only if it causes vignetting with wide-angle optics or when stacking multiple filters affects image quality.