K&F Concept 52MM NANO-X CPL Magnetic Filter

The K&F 52MM NANO-X CPL Magnetic Filter enhances image clarity, reduces reflections, and boosts color saturation. It features a rapid magnetic mounting system, ultra-thin CNC frame, and durable waterproof, anti-scratch, green-coated optics.

This filter is designed for photographers seeking premium optical performance with maximum convenience. It eliminates reflections from non-metallic surfaces, significantly improving image clarity and color saturation for vibrant, true-to-life photos. The double-sided polished optical glass ensures sharp results even on telephoto lenses. Advanced nano-coating technology provides comprehensive protection against water, mold, scratches, and grease, allowing easy cleaning without affecting image quality. The magnetic attachment system allows for instant installation and removal, outperforming traditional threaded filters. The ultra-thin CNC-machined aluminum frame prevents vignetting on wide-angle lenses while maintaining durability. The included aviation-grade aluminum magnetic lens cap offers both magnetic and threaded compatibility, serving as a two-in-one protective solution for your lens.

Key Features

• Eliminates reflections from non-metallic surfaces for sharper, clearer images
• Enhances color saturation and overall image quality
• Double-sided polished HD optical glass for high-fidelity accuracy
• Fast one-second magnetic installation and removal
• Ultra-thin CNC aluminum frame prevents vignetting
• Advanced nano-coating waterproof, moldproof, anti-scratch, anti-grease
• Easy cleaning, even when exposed to water or oil
• Includes dual-function magnetic + threaded aluminum lens cap

• 1 52MM NANO-X Magnetic CPL Filter
• 1 Magnetic/Threaded Aluminum Lens Cap

• Filter Type Circular Polarizer (CPL)
• Diameter 52mm
• Mount Magnetic
• Coating Green nano-coating (waterproof, anti-scratch, anti-grease)
• Frame Ultra-thin CNC aluminum
• Glass Double-sided polished HD optical glass
• Lens Cap Magnetic + threaded aviation-grade aluminum