Ultimate Celestron Uhc-lpr 2 In. Set [jPJH8crC]

Ultimate Celestron Uhc-lpr 2 In. Set [jPJH8crC] Filter

The Ultimate Celestron Uhc-lpr 2 In. Set [jPJH8crC] Filter is a revolutionary tool for astronomers seeking to enhance their celestial viewing experience. Designed to combat light pollution, this filter selectively reduces the transmission of unwanted wavelengths, including mercury vapor and sodium vapor lights, as well as the natural sky glow. With its advanced technology and exceptional performance, the UHC-LPR filter is the perfect choice for observing nebulae and other celestial objects under light-polluted skies or from dark sky locations.

Advanced Filter Technology

The UHC-LPR filter boasts a high transmission rate of over 97% across its entire bandpass, ensuring maximum image brightness and contrast. Its ultra-high contrast design improves the visibility of emission nebulae, making them more vibrant and detailed. The filter's multi-layer dielectric coatings are plasma-assisted and ionbeam-hardened, providing durability and resistance to scratching. This advanced technology ensures that the filter maintains its performance over time, even with frequent use.

• High Transmission Rate: Over 97% transmission for maximum brightness and contrast.
• Durable Coatings: Plasma-assisted and ionbeam-hardened for long-lasting performance.

Optimized for Observation and Imaging

The Ultimate Celestron Uhc-lpr 2 In. Set [jPJH8crC] Filter is an invaluable tool for both amateur astronomers and professional imagers. Its 60nm passband offers a natural view while significantly boosting overall contrast, making it ideal for viewing nebulae and other celestial objects. The filter's high transmission and sharp cutoffs are particularly beneficial for users of smaller telescopes (4"-11"), allowing them to enjoy rich star fields and subtle nebular shadings. Imagers will appreciate the broader bandpass and the inclusion of an extremely efficient H-Alpha passband (656nm), perfect for capturing detailed images of celestial phenomena.

• Optimized for Nebula Observation: Enhances the contrast and visibility of emission nebulae.
• Perfect for Imaging: Broader bandpass and H-Alpha passband for detailed celestial imaging.