Hoya SOLAS IRND 0.3 72mm Infrared Neutral Density Filter

Experience the superior performance of the Hoya SOLAS IRND 0.3 72mm Infrared Neutral Density Filter, meticulously crafted using cutting-edge materials and advanced Japanese manufacturing techniques. This high-quality filter is designed to maintain a perfectly neutral color rendition across its density range of 0.3 to 3.0, a feature that sets it apart from many other ND filters on the market.

In the digital imaging world, sensors are becoming increasingly sensitive to light, making them more prone to overexposure and heightened sensitivity to infrared light. To combat these challenges, Hoya has innovatively developed the SOLAS line of IRND filters. They are available in densities of 0.3, 0.6, 0.9, 1.2, 1.5, 1.8, 2.7, and 3.0, offering a light reduction range of 1 to 6, plus 9 and 10 stops, all while maintaining an impressively neutral color balance.

The Hoya SOLAS IRND 0.3 72mm filter effectively reduces the amount of light entering your camera, enabling the use of wider apertures or longer shutter speeds even in bright lighting conditions. This versatile filter is a game-changer for photographers aiming to achieve creative effects like a shallow depth of field or motion blur in their images.

Unlike standard ND filters that often exhibit a transmission spike in the near-infrared area of the color spectrum, leading to color casting, the Hoya SOLAS IRND filters are engineered to evenly suppress IR across red, near-IR, and IR areas of the spectrum. This prevents any spectrum spikes that could potentially add a color cast to your image.

Thanks to the use of the latest ND materials and IR suppression, the SOLAS series ensures a neutral color balance that remains consistent across all densities. The Hoya SOLAS filters are available in standard sizes ranging from 46mm to 82mm, making them a perfect fit for a wide variety of lenses. Experience the difference with the Hoya SOLAS IRND 0.3 72mm Infrared Neutral Density Filter, your trusted companion for high-quality, infrared photography.