K&f Concept Nano-x Variable Fader Filter – 86mm, Adjustable Nd

K&F Concept Nano-X Variable Fader Filter – 86mm, Adjustable ND

• Multi -Layer Nanometer Coatings
• No “X” Cross on Images
• Hydrophobic & Scratch Resistant

K&F Concept Nano-X Variable Fader Optics Filter (86mm)

The K&F Concept Nano-X Variable Fader Optics Filter (86mm) is a versatile lens accessory designed to give photographers enhanced control over exposure and reflections. Combining the benefits of a neutral density filter and a circular polarizer, this filter offers convenience and flexibility for various shooting environments.

K&F Concept Nano-X Variable Fader Optics Filter (86mm) – Design and Build

This filter features a slim aluminum alloy frame that reduces vignetting, especially on wide-angle lenses. Its multi-layer nanometer coatings provide waterproof and scratch-resistant properties for durability. The knurled edge design allows for easy attachment and removal, enhancing usability.

K&F Concept Nano-X Variable Fader Optics Filter (86mm) – Performance and Compatibility

Compatible with lenses having an 86mm thread size, the filter offers a variable ND range from ND2 to ND32, allowing 1 to 5 stops of light reduction. The circular polarizer reduces reflections from non-metallic surfaces such as water and glass while enhancing color saturation and contrast. Its design prevents the typical “X” cross effect found in some variable ND filters.

K&F Concept Nano-X Variable Fader Optics Filter (86mm) – Applications

Ideal for landscape, architectural, and outdoor photography, this filter helps manage exposure levels and reflections efficiently. Its combined ND and CPL functions eliminate the need to swap filters, making shooting faster and reducing gear load.

K&F Concept Nano-X Variable Fader Optics Filter (86mm) – Conclusion

The K&F Concept Nano-X Variable Fader Optics Filter (86mm) delivers high-quality performance and durability. Its dual functionality and advanced coatings make it an essential tool for photographers seeking greater creative control and image quality in diverse conditions.