Feature

●[PREMIUM OPTICAL PERFORMANCE] - Enhance your stargazing experience with our high-quality 1.25-inch 90-degree dielectric mirror diagonal. This diagonal mirror is all-out-layer multilayer coated for superior optical clarity, providing beautiful and clear images of celestial objects.
●[VERSATILE COMPATIBILITY] - Designed for use with 1.25-inch focus seats and 1.25-inch eyepieces, this diagonal mirror is a versatile addition to your telescope setup. It features a 1.25-inch threaded interface that allows you to connect it with 1.25-inch filters, expanding your astronomical capabilities.
●[DURABLE CONSTRUCTION] - Built to last, this dielectric mirror diagonal is constructed with an aluminum alloy housing and a stainless steel cover plate. These materials ensure long-term durability, making it a reliable accessory for your telescope.
●[EASY SETUP AND USE] - Effortlessly integrate this diagonal mirror into your telescope setup for comfortable and convenient viewing. Its 90-degree angle provides a comfortable viewing position, ideal for extended observation sessions.
●[NOT FOR REFLECTIVE TELESCOPES] - Please note that this dielectric mirror diagonal is not recommended for use in reflective telescopes. It is specifically designed for use with other telescope types to optimize your astronomical observations.


Description

Features:
All-surface multilayer coated. Used for 1.25 inch focus seat and 1.25inch eyepiece. Interface with 1.25 inch thread can be connected with 1.25in filter. Constructed with aluminum alloy housing and stainless steel cover plate, available for long lifespan. Not recommended for use in reflective telescopes.
Specification:
Condition: 100% Brand new
Material: Aluminum alloy+Stainless steel
Color: As shows in pictures
Size: 6.5x4x3cm / 2.56x1.57x1.18in
Gross Weight: 136g / 4.8oz

Package List:
1 x Dielectric Mirror

Notice:
Please allow slight error due to manual measurement and make sure you do not mind before ordering.
Please understand that colors may exist chromatic aberration as the different placement of pictures.