Hoya NXT Plus 62mm 10-Layer HMC Multi-Coated UV Lens Filter #A-NXTPL62UV

The NXT Plus 62mm 10-Layer HMC Multi-Coated UV Lens Filter, with its low-profile aluminum frame, is a superior tool for photographers seeking to protect their lenses while enhancing image quality. This UV filter, renowned for its ability to safeguard your lens from scratches, rain, dirt, and dust, is a crucial first line of defense for any photography equipment.

The NXT Plus UV filter, an advanced version of Hoya's best-selling NXT series, boasts a waterproof top coat applied to Schott B270 glass. This glass is polished to perfection, ensuring easy cleaning and maintenance. Whether it's dirt, smudges, or water, they can be effortlessly wiped away, keeping your lens pristine and ready for action.

This UV lens filter utilizes 10 layers of Hoya's patented anti-reflection (AR) multi-coatings, a feature that significantly enhances your photography. With a light transmission of 98%, your images will exhibit improved contrast, color, and sharpness. This means you can leave the filter on your lens at all times without compromising the quality of your photos.

The NXT Plus filter frames are precision-milled from lightweight aluminum, resulting in a slim profile that's compatible with all lenses, including super wide-angles. The frame is designed with full front filter threads, allowing for the attachment of a normal lens cap or the stacking of additional filters like a circular polarizer or neutral density.

Beyond protection, the UV filter plays a pivotal role in filtering through UV Haze. This becomes particularly beneficial when photographing at higher altitudes, where the filter effectively cuts through the haze to increase contrast and improve color. The NXT Plus boasts a UV Cut Point of 360nm or L36, a feature that sets it apart from most filters in its price range.

In conclusion, the NXT Plus 62mm 10-Layer HMC Multi-Coated UV Lens Filter is not just a protective accessory, but a tool that enhances your photography experience, delivering superior image quality in all conditions.