Lee Filters ND75GH100x150U2 Hard Graduated neutrálny hustotný filter 0.75 (100x150mm, 3 clonové stupne)

Landscape photographers often face the challenge of balancing a bright sky with a darker foreground, resulting in blown-out highlights or lost shadow detail. The Lee Filters ND75GH100x150U2 hard graduated neutral density filter solves this by precisely reducing exposure in selected areas of the frame, enabling a single capture with balanced tones across the entire scene.

Who is it for

This filter is ideal for landscape, architectural, and seascape photographers who demand precise exposure control and high optical quality. It is compatible with Lee Filters 100mm system filter holders, making it a versatile tool for professionals and serious enthusiasts.

Main features

• Hard-edged graduated neutral density filter with 0.75 density (3-stop light reduction)
• Neutral colour balance ensures no unwanted colour cast
• Made from high-quality optical resin for excellent clarity and sharpness
• Rectangular 100 x 150 mm format fits standard 100mm filter holders
• 2mm thickness provides durability while maintaining optical performance
• Filter factor of 2.5x for easy exposure calculation

Specifications

• Filter Type: Graduated Neutral Density (GND)
• Density: ND 0.75 (3-Stop)
• Graduation Type: Hard Edge
• Filter Material: High-Quality Optical Resin
• Filter Dimensions: 100 x 150 mm (4 x 6 inches)
• Thickness: 2 mm
• Compatibility: Lee Filters 100mm System Filter Holders
• Effect: Balances exposure between bright and dark areas
• Colour Neutrality: Yes (designed for no colour cast)
• Shape: Rectangular
• Application: Landscape, Architectural, and Seascape Photography
• Light Reduction: 3 f-stops
• Mount Type: Slot-in
• Optical Quality: High clarity and sharpness
• Manufacturing Origin: United Kingdom

Tips

For best results, use this filter with a Lee Filters 100mm holder and position the transition line carefully to match the horizon or other boundary in your composition. Since it is a hard-edged filter, it is most effective when there is a distinct separation between bright and dark areas.