Formatt Hitech 100 x 125mm ND Grad Blender Filter 1-3 Stops
From £48.00 Incl. VATFrom £40.00 Excl. VAT
Formatt Hitech 100 x125mm Blender Grad. Blenders feature an effect transition that occurs over the entire length of the filter. Starting at the top and graduating all the way to the bottom. This allows for a graduated effect across your image without any specific horizon line.
Formatt Hitech 100 x 125mm ND Graduated Blender Filter ( 1-3 Stops )
Formatt Hitech 100mm ND Graduated Blender Filters ( 1-3 Stops ) produce a grey neutral tone that transitions over the whole of the filter surface. Normal graduated filters have a distinctive appearance with their grey light reducing zone and the clear area. Blenders are different as they are a progressive graduation over the whole length of the filters. This allows for a graduated effect across your image without any specific horizon line. For this reason blenders are not produced as a ‘ Soft ‘ or ‘ Hard ‘ filter.
Formatt-Hitech filters are carefully crafted in the UK using the most advanced and scientific manufacturing process in the filter industry. When developing filters, Formatt Hitech use advanced spectrography to analyze all spectrums of visible light plus ultraviolet, infrared and near-infrared.
Formatt-Hitech use their award winning and exclusive Absorbing Cell TechnologyTM process to dye the resin. The Absorbing Cell TechnologyTM process absorbs color or effect into each cell of the resin rather than coating onto it, ensuring that the color is applied consistently across the filter. This means that each Formatt-Hitech filter is consistently replicated time after time. The densities and formulation of the dying process are strictly computer controlled, creating the most accurate filter reproduction in the world.
Formatt Hitech Blenders are available in the following sizes
67 x 84mm ( Limited Availability )
85 x 110mm
100 x 125mm
100 x 150mm
150 x 170mm
165 x 200mm
Filters are available in
ND0.3 ( 1 Stop light reduction )
ND0.6 ( 2 Stop light reduction )
ND0.9 ( 3 Stop light reduction )