Parabolic Mirrors

Name: Parabolic Mirrors
Brand: Shenzhen Solar Valley Scitech Development Co., Ltd.

The parabolic reflector can completely converge the parallel light along the parallel optical axis to the focus, with zero spherical aberration, which can eliminate the phase delay and absorption loss of the transmission optical element; the base material is generally metal aluminum, and a CNC ultra-precision free-form surface processing machine is used. Using single-point diamond tools, under precise control of machine tools and processing environments, ultra-high-precision machining in the plastic domain of paraboloids is achieved, and mirror surfaces that meet optical quality requirements are directly processed, with surface shape accuracy ≤0.1 micron and surface roughness Ra ≤0.01 micron.

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Specifications of Parabolic Mirrors

Parabolic mirror product parameter table
project	Indicator requirements
1. Material	Use metal substrates such as Aluminum 6061-T6
2. Diameter	OD≤300mm
3. Center thickness	according to customers needs
4. Effective focal length	according to customers needs
5. Working distance	according to customers needs
6. Design wavelength	UV (200 to 400nm) to IR (1 to 40μm) band
8. Coating	Gold coating, silver coating, aluminum coating, or UV-enhanced aluminum coating
9. Eccentricity	according to customers needs
10. Effective aperture	ED＞90% aspheric area
11. Surface shape	Ultra-high precision Rt≤0.1μm, high precision Rt≤0.5μm, precision Rt≤1μm
12. Surface quality	60-40, 40-20, 20-10

Features of Parabolic Mirrors

One-stop customized production: Solar Valley processes various parabolic reflectors with plano-concave, bi-concave, and convex-concave structures according to customer requirements. Parabolic reflectors can be round, D-shaped, square, or trapezoidal. and other structures. For more custom aspherical lenses, contact Solar Valley.
Material: Use aluminum 6061-T6 and other metal substrates.
Parabolic mirror properties: The enhanced metal coating can achieve high reflectivity in the deep ultraviolet (DUV) and visible spectral ranges, with an average reflectivity of greater than 96% in the broadband range of 800 nm - 20 μm. It is an ideal choice for building solar mirrors. One of the commonly used components in Hertzian light paths and infrared light paths. It is based on the principle of geometric paraboloids and can focus parallel incident collimated beams/collimated THz waves onto the focus. It can also focus terahertz waves or infrared light emitted by point light sources. Converted into parallel transmitted beams. Product specification description: 1. Maximum outer dimension of circular parabolic reflector: OD≤φ300mm 2. Maximum outer dimension of square parabolic reflector: ≤254×254mm 3. Parabolic reflector can reach the following accuracy level according to customer requirements: Ultra-high precision level : Surface error <0.1μm, surface roughness <0.01μm High precision grade: Surface error <0.5μm, surface roughness <0.05μm Precision grade: Surface error <1μm, surface roughness <0.1μm
Surface defect level: 60-40, 40-20, 20-10 Produced according to customer requirements.
Coating: Gold plating, silver film, aluminum film, or UV-enhanced aluminum film, coating according to customer requirements