Kase Revolution Plus Magnetic ND8 3-Stop Neutral Density Filter & Adapter (49-112mm)
Regular price$76.95Sale
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Kase's ultra-light, extremely thin Revolution magnetic filters feature the same shockproof, tempered, durable and easy to clean optical glass as the renowned Wolverine series with the addition of color coding on the outer rings for easy identification, stronger magnetism and a single filter thread to catch a traditional lens cap. This is an extremely durable, tempered optical glass 3-stop ND8 neutral density filter. Revolution filters have no color cast and the magnetic system allows photographers to quickly swap and stack up to 4 Revolution filters with ease. Each filter is extremely thin and light.
3-Stop (aka: ND8 or ND0.9 Filter) / blue band on filter ring
Plus Revolution filters include Kase's latest low-reflection coatings technology producing 0.1% ultra low reflectivity to control ghosting & flare
Shockproof tempered optical glass. extremely durable and easy to clean. No color cast
Single filter thread to catch a traditional lens cap
Swap filters super fast. Up to 4 Kase Revolution filters can be stacked
Extremely thin and lightweight. Weighs around 1oz
Threaded magnetic rings and adapter rings sold separately
Kase Revolution filters can be used atop Wolverine magnetic adapters or filters the same size, however Wolverine filters DO NOT fit atop Revolution magnetic adapters or filters the same size.
Includes inlaid magnetic adapter*
Kase Revolution Plus filters upgrade the prior Revolution glass with an improved new coating technology to help reduce glare and ghosting. With just 0.1% reflectivity and over 99% transmittance, this new coating ensures true to life color for stunning, accurate results. Featuring waterproof, anti-oil, anti-scratch (8H+ hardness), anti-mildew, and impact-resistant coatings, the Kase Revolution system provides a durable and versatile choice for those serious about image quality.
*Note: I urge caution in using inlaid adapters, particularly with non-threaded inlaid step-up adapter rings. See this YouTube video of mine for the reasons why: