NiSi 82mm Circular Waterfall Filter Kit

Bring your photography to the next level with the NiSi 82mm Circular Waterfall Filter Kit, a comprehensive solution for professional and aspiring photographers alike. This high-quality kit features four durable and versatile circular filters, including the Ti Enhanced CPL Circular Polarizer Filter with a robust Titanium Frame, and the multifunctional NiSi HUC PRO Nano IR ND64 CPL Filter.Ideal for capturing breathtaking waterfall shots, this kit is designed to reduce reflections and glare by filtering out light that has become polarized due to reflection from non-metallic surfaces. The sun's light naturally becomes partially polarized when reflecting off air molecules, resulting in what appears as haze. The Ti Enhanced CPL Circular Polarizer Filter arranges and filters this directionally polarized light perpendicularly to the reflected light, absorbing much of it. This process results in a significant reduction of glare and reflections from non-metallic surfaces, while enhancing the saturation of skies and foliage. The enhanced color of the NiSi Ti Enhanced CPL Circular Polarizer Filter further increases the scene's saturation when used.The NiSi HUC PRO Nano IR ND64 + CPL Multifunctional Filter is a game-changer for long exposure photography. It allows you to control reflections and shutter speed simultaneously, eliminating the need to stack CPL on top of ND filters. This filter delivers stunning sharpness and a no-color cast, featuring top NiSi attributes like IR Coating, Nano Coating, SCHOTT Optical Glass, and a SLIM frame.The kit also includes a NiSi Circular Filter Pouch, designed to securely store up to four filters up to 95mm. This lightweight pouch can be conveniently mounted on a tripod leg for easy access, and its individual filter slots ensure your filters remain safe and scratch-free.In summary, the NiSi 82mm Circular Waterfall Filter Kit is a versatile, effective, and professional tool for photographers seeking to enhance their creative possibilities and improve overall image quality.