H Alpha Filter 52mm

H-Alpha Filter 52mm for Astrophotography

Introducing the H-Alpha Filter 52mm, crafted with precision optics and advanced technology to elevate your astrophotography to new heights. Engineered with an ultra-narrow 20nm bandwidth, this filter is designed specifically to isolate the H-Alpha wavelength at 656nm, allowing you to capture the beauty of nebulae, ionized hydrogen, and other deep-sky objects with unparalleled precision.

Overall Review

The H-Alpha Filter 52mm is a must-have for astrophotography enthusiasts and professionals seeking to combat light pollution and reveal intricate celestial details. Its narrow bandwidth ensures minimal interference from other wavelengths, resulting in sharp, detailed images of celestial phenomena.

Product Specification

• Model: H-Alpha Emission Filter
• Wavelength: 656nm
• Bandwidth: 20nm
• Filter Type: Narrow Band Pass
• Compatibility: Compatible with various camera and telescope setups
• Included Accessories: Frame for stability during astrophotography sessions
• Craftsmanship: Precision optics for exceptional performance

Features

• Ultra-Narrow Bandwidth: Isolates the H-Alpha wavelength for detailed astro-images.
• Enhanced Contrast: Highlights intricate details of nebulae and ionized hydrogen with clarity.
• Light Pollution Reduction: Filters out unwanted light pollution, enhancing visibility of celestial objects.
• Versatility: Compatible with a wide range of camera and telescope setups for versatile use.
• Stability: Includes a frame for stability during long exposure shots, ensuring optimal image quality.
• Professional-Grade Performance: Crafted with precision optics for capturing high-quality astro-images.

Applications

• Astrophotography: Perfect for capturing detailed images of nebulae, galaxies, and star-forming regions.
• Deep-Sky Observation: Enables exploration of celestial structures and hidden features.

Package Contents

• H-Alpha Camera Lens Filter (52mm)
• Frame for stability

Note: Designed specifically for astrophotography and deep-sky observation. Not intended for solar photography.