Kenko RealPro MC UV 58mm Filter

Kenko RealPro MC UV 58mm Filter

The REALPRO series by Kenko is engineered to meet the highest quality standards, catering to both professional and amateur photographers with diverse and specific needs.

Anti-Stain Coating (ASC)

This filter features Kenko's advanced Anti-Stain Coating technology, which causes moisture and water droplets to bead up and slide off the filter surface, keeping it clean for extended periods. The smooth surface also prevents dust and smudges from adhering strongly, making cleaning easier, safer, and less frequent. This is especially beneficial for outdoor photographers working in various weather conditions.

UV Protection and Image Clarity

The REALPRO UV filter blocks ultraviolet light, which can cause hazy and unclear images on bright days. It uses UV-CUT glass with a slight yellow tint that does not negatively affect image quality. This filter serves as a multi-purpose fine-weather filter and also acts as a permanent lens protector.

Key Features

• New Anti-Stain Coating repels dust and water
• High light transmission of 99%
• Resistant to stains from ink, markers, and other contaminants
• Water repellent surface allows water to bead and wipe away easily
• Fingerprints and smudges can be wiped off cleanly
• Blocks unwanted UV light before it reaches the camera sensor
• Professional-grade optical glass from Kenko
• Exclusive one-piece, low-profile aluminum frame with front filter threads

Additional Specifications

• Diameter: 58 mm
• Coating: Anti-Reflection Multi Coating combined with Anti-Stain Coating
• Frame: Ultra-thin design to prevent vignetting on wide-angle lenses
• Material: Optical glass and aluminum frame
• Special Features: Knurling edge for easy attachment and removal, black-rimmed glass

Usage and Care

This filter is ideal for reducing haze and protecting your lens from UV light and physical damage. It is recommended to keep the filter clean, avoid unnecessary cleaning, and store it away from sharp objects to maintain its coating and optical performance.