Aluminum-Coated Mirror

Product features

● Broad spectral coverage

● Cost-Effective

●Angle insensitive

● Polarization insensitive

● Very Low Dispersion

● Easy to Customize: Various substrates, sizes, and shapes available

Product Detail

Product Descriptions:

Characteristics:	Aluminum-Coated Mirror
Type:	Reflective mirror
Reflectance :	>95%
Shape:	Square or specified
Angle of Incidence：	0-45°
Surface Quality:	60/40 scratch-dig
Coating:	Metal Coating
Dimension(mm):	Specified**
Thickness(mm):	0.5-2mm
Substrate:	BK7/K9/Quartz
Custom Processing:	Laser cutting, chamfering, special shapes, and drilling available upon request.
Remark： (1)Spectral range:200-1100nm (2) Size customized: 86x86mm, 80x80mm, other can customized, max. 300x300mm (3) Thickness available: 0.21、0.3、0.55、0.7、1.0、1.1、1.5、1.8、2.0、3.0mm, etc.

What is an Aluminum-Coated Mirror?

An Aluminum-Coated Mirror is an optical reflective component created by depositing a thin film of metallic aluminum onto a precisely polished substrate. Aluminum is the most common and widely used metallic mirror coating, offering broad spectral coverage from ultraviolet (UV) to near-infrared (NIR) with excellent cost-effectiveness .

What is typical application for Aluminum-Coated Mirrors?

Typical application for Aluminum-Coated Mirrors coated teleprompter beam splitter mirrors are very broad, include Aluminum-Coated Mirror, e.g., optical instrumentation, laser systems, Sensing & Metrology. Industrial & Manufacturing Applications, e.g., Machine Vision & Inspection, laser material processing, UV Curing & Printing. Commercial & Consumer Applications, e.g., automotive industry, consumer optics, Lighting & Displays. Medical & Life Sciences, e.g., medical devices, diagnostic instruments. Emerging & High-Tech Applications, additive manufacturing (3D Printing), Augmented Reality (AR) & Virtual Reality (VR), quantum technologies, etc.

What is key parameter when choose for Aluminum-Coated Mirrors?

When selecting an Aluminum-Coated Mirrors, the Reflectance & Spectral Range will be the most critical parameter, determining the mirror’s efficiency in your wavelength region. Secondly, coating type selection, including bare aluminum, protected aluminum, enhanced aluminum. Third, glass substrate material. e.g., fused silica, BK7. Forth, surface quality. Usually, imaging systems choose 40-20 or better, laser systems choose 20-10 or better to minimize scatter. Fifth, Dimensions & Shape. Sixth, Environmental & Durability Factors, etc.

Shenzhen Hengda Liyuan Optoelectronics introduced advanced optical technology that apply depositing nanomaterials through ion-assisted evaporation onto a multilayer hard film in a high vacuum environment which coating layer is firm and has good tightness, and small bandwidth drift.