Multi Coating UV Filter for Astrophotography Telescope, Infra Red Filter with 2 Inch Threads Compatible with CCD Camera Systems, High Transmittance

Multi Coating UV Filter for Astrophotography Telescope, Infra Red Filter with 2 Inch Threads Compatible with CCD Camera Systems, High Transmittance Description

This multi-coated 2-inch telescope filter is meticulously crafted to meet the demands of modern astrophotography. Utilizing advanced coating technologies on optical-grade glass, it delivers exceptional light transmission while suppressing unwanted UV and IR wavelengths. The aluminum alloy housing provides structural integrity and protects the delicate optical surface from damage. Designed to reduce the effects of light pollution, it enhances image contrast and clarity, especially beneficial for imagers in metropolitan areas. Its compatibility with CCD cameras and standard 2-inch accessories makes it a versatile choice for both planetary and deep-sky imaging. Whether used as a standalone filter or as part of a multi-filter set, it consistently delivers professional-grade results with improved color accuracy and detail resolution. Multi Coating Enhancement : Features multiple layers of anti-reflective coating to reduce surface reflections, increase light transmission, and prevent ghosting and flare during long-exposure astrophotography. Infra Red Filter Precision : Accurately blocks infrared radiation that can blur images and distort colors in digital sensors, particularly important when using modified DSLRs or CCD cameras. CCD Camera Optimization : Tailored for use with astronomical CCD sensors to maintain high quantum efficiency and prevent thermal noise interference from IR wavelengths. High Transmittance Design : Allows over 95% visible light transmission, ensuring minimal signal loss and maximum detail retention when capturing faint stars and nebulae. Reduces Light Pollution : Filters out common urban light sources such as sodium and mercury vapor emissions, improving contrast and object definition in night sky observations.