Smallrig ND0.9 Filter (3 Stops) 4 x 5.65″ CINE 4225

Description

The SmallRig 4 x 5.65″ ND0.9 (3 Stops) Filter 4225 is part of the CINE ND filters designed for professional photographers. It features a light transmittance of 12.5 %, with a light extinction of 3 stops, and precisely cut and polished optical glass for use with a 4 x 5.65″ filter tray or matte box. Made of high-clarity, high-transmission B270 optical glass from Germany, this filter is coated on both sides with a multi-layer nano coating to ensure accurate color reproduction. These coatings are resistant to moisture, water, oil, and scratches, making the product easy to clean and store, and ideal for use in video or cinematography. The filter allows for a wider aperture for added background blurring and control over image sharpness, improving image latitude and quality.

With its 12.5 % light transmittance, the SmallRig 4 x 5.65″ ND0.9 (3 Stops) Filter 4225 significantly reduces the amount of light entering your lens, allowing for longer exposures. This is especially useful when you want to achieve motion blur effects or when working in bright conditions. Thanks to the three stops of light extinction, you can also achieve creative exposure effects and better control the brightness of your image.

The optical glass used in this filter is of high quality, providing excellent light transmission and preserving image sharpness. In addition, it is coated on both sides with a nano coating that further improves color reproduction and reduces unwanted reflections. Thanks to its resistance to water, oil, and scratches, this filter is easy to maintain and clean, ensuring a longer lifespan.

In summary, the SmallRig 4 x 5.65″ ND0.9 (3 Stops) Filter 4225 is a must-have accessory for professional photographers looking to improve the quality of their images. Its compact and lightweight design makes it easy to carry and use in the field. Whether you're working in video or film, this filter will help you achieve professional results thanks to its high optical quality and advanced exposure control features.