Description

Kase Revolution ND100000 112mm Filter: A Photographer’s Essential

The Kase Revolution ND100000 112mm is a high-performance neutral density (ND) filter capable of reducing exposure by an impressive 16.5 stops. Primarily utilized in solar photography, this versatile filter is designed with a magnetic lens adapter ring that fits perfectly on lenses with a 112mm front filter thread.

This ND filter darkens the entire image uniformly while preserving accurate colors and preventing color casts. With its advanced multi-coating, it ensures crisp results even during long exposure situations, effectively minimizing lens flares and shadows. Constructed with a lightweight and slim aluminum frame, this filter also prevents vignetting, and its distinctive orange serrated edge provides a secure grip for quick attachment and removal.

Solar eclipses are extraordinary and infrequent eventstotal solar eclipses are even rarer. If you’re not lucky enough to live along the path of totality, planning a trip to an optimal viewing location is essential. Numerous resources, including websites and mobile applications like TimeAndDate, NASA, and Wikipedia, can assist in tracking and mapping eclipse paths.

Upcoming total solar eclipses include:

April 8, 2024
August 12, 2026
August 2, 2027
July 22, 2028

If you’re gearing up to photograph a solar eclipse, be it total or partial, prioritizing preparation and safety is paramount. Its crucial to understand the dangers associated with viewing a solar eclipse. Never look directly at the sun with the naked eye, particularly through high-powered telescopes or binoculars. Doing so can lead to retinal burns or even instantaneous, irreversible blindness. Always use solar viewing glasses when observing the eclipse. The same care applies to camera equipment; utilizing a proper filter is essential to significantly reduce the amount of light reaching the camera sensor. A telephoto lens directed at the sun without adequate protection can lead to disastrous consequences, including potential sensor damage from excessive heat.