HOYA PROND16 Grad 82mm

HOYA PROND16 Grad 82mm

Blender type graduated ND filter for balancing the luminosity of bright areas with the dark areas in the image. 0-4-stops light reduction.

Main features:
Density: ND16  (-4 EV)
Material: 1.1mm optical glass
Technology: ACCU-ND technology
Coating: WR Coating - anti-reflection and water repellent coating on both sides
Frame: low profile rotating frame

HOYA PROND16 GRAD filter represents blender type graduated round filter designed to balance the luminosity of bright areas with the dark areas in the image. Suggested for those photographers who are specializing mainly in landscape photography. A blender type filter is highly versatile and can be used in a variety of situations, especially when the scenery and horizon have a complex or uneven structure. HOYA PROND16 GRAD filter incorporates ACCU-ND technology, providing the highest quality and the best experience for the photographer.

Blenders can be used for a variety of scenes especially when the scenery and horizon are too complex to hide the transition of a soft edge filter. Blender type HOYA PROND GRAD filters are extremely versatile and easy to use.

HOYA PROND GRAD adopts ND deposition process technology that allows gradation to be distributed equally through the entire filter glass surface. However, to maintain true density value inside the image area we adjusted the effective blending area in the way that the specified density would start and fade out inside that image area. That will help photographers to apply the required density to the image in the most effective way.

HOYA PROND FILTER is a high technological product targeted for both still photography and HDSLR video markets. The PROND filters use HOYA’s exclusive clear optical glass that incorporates a metallic coating on front and back side to equally reduce almost all range of the light spectrum even in the IR area. The ACCU-ND technology used in the coating process perform a truly neutral color balance that will not add any noticeable color cast to your images.