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43-884 20 x 28mm Protected Gold Mirror Protected Gold 700-10000nm

43-884 20 x 28mm Protected Gold Mirror Protected Gold 700-10000nm

Type
Mirror
Subtype
Metallic Mirror
Brand
Edmund Optics
Product webpage
Edmund Optics products in the 3DOptix catalog

Properties

Shape
Rectangular

Material

Name
Soda Lime
Dispersion Equation
Cauchy
n (λ)
1.5233636829070192
λ
588 nm
A
1.513
B
-0.003169 μm-2
C
0.003962 μm2
D
0 μm4
E
0 μm6
F
0 μm8
G
0 μm10
H
0 μm12

43-884 20 x 28mm Protected Gold Mirror Protected Gold 700-10000nm

The 43-884 is a 20 x 28mm Protected Gold Mirror, a high-quality optical component sourced from Edmund Optics. This mirror is designed for use in the 700-10000nm wavelength range, making it suitable for a wide array of applications, particularly in infrared spectroscopy and imaging.

The mirror's base shape is rectangular, with a width of 20mm and a length of 28mm, providing a substantial surface area for light reflection. It has a thickness of 3mm, ensuring durability and rigidity. The mirror is made from soda lime ru clear, a material known for its excellent optical properties and resistance to environmental factors.

The mirror's front surface is coated with edm prgold 700-10000, a protected gold coating that enhances its reflectivity in the specified wavelength range. This coating ensures high-fidelity light reflection, minimizing losses and distortions. The 'protected' nature of the coating implies that it is resistant to oxidation and other forms of environmental degradation, further enhancing the mirror's longevity and reliability.

The mirror is classified as a Thin Lens, indicating that it has been designed to focus or disperse light beams. This feature makes it a versatile component in various optical systems, including beam expanders, collimators, and spectrometers.

According to the vendor's information, the mirror is currently in stock, indicating its availability for immediate purchase and use. The product's webpage provides more detailed information and specifications, offering a comprehensive resource for users considering this mirror for their optical systems.

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