About This Item
Overcome challenging lighting conditions with the Tiffen 4x5.65" Water White Natural IRND 1.5 Filter, a high-quality and innovative camera accessory designed to enhance your photography experience. This durable filter offers a powerful 5-stop exposure reduction, providing you with the flexibility to use a wider aperture or slower shutter speed than typically required. By slowing down your exposure time or increasing your aperture, this reliable filter allows you to control depth of field and convey movement with greater ease. As a neutral density filter, it's designed to maintain the original coloration of your image, making it an ideal companion for other filters in your photography toolkit.The Tiffen 4x5.65" Water White Natural IRND 1.5 Filter darkens the entire image, effectively reducing the amount of light that enters your lens. This feature is particularly useful in bright conditions, where you may desire a longer exposure time or wider aperture to capture more light and detail in your landscape or architectural photography.Constructed from Water White glass, this filter ensures increased clarity and color fidelity. It's made using Tiffen's innovative ColorCore technology, a process that involves laminating the filter substrate between two pieces of optical glass, then grinding it flat to a tolerance of 1/10,000th of an inch. This meticulous process results in a filter that measures 4mm thick, offering optimal performance and durability.Designed with digital sensors in mind, this filter promotes nearly flat attenuation of visible and infrared light. This is particularly beneficial for imaging sensors that are more susceptible to infrared light compared to traditional film, helping to prevent color casts when photographing darker subjects that require increased exposure times.In summary, the Tiffen 4x5.65" Water White Natural IRND 1.5 Filter is an effective tool for photographers looking to gain more control over their exposure settings, while maintaining the natural color and clarity of their images.
