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Contact Us
- Contact Person : Mr. celine du
- Company Name : Commander Group Ltd
- Tel : 86-510-81665363
- Fax : 86-510-86027256
- Address : jiangsu,jiangyin,No.16, Xinyuan Rd., Jiangyin, Jiangsu, P.R.C
- Country/Region : China
- Zip : 214400
Agricultural Product Stock
65mm Leica Style Prism with Copper Coated GDR1
65mm Leica Style Prism with Copper Coated GDR1Leica GPR1 Style, Leica Single Circular Prism, Prism material: BK7, Effective diameter: 65mm, Copper Coated, Integrated angle precision:...
38.1mm Prism In Canister AY107
38.1mm Prism AY107Prism material: BK7, Effective diameter: 38.1mm, Integrated angle precision:...
38.1mm Prism AY105
38.1mm Prism AY105Prism material: BK7, Effective diameter: 38.1mm,Integrated angle precision:...
25.4mm Prism AY104
25.4mm Prism AY104Prism material: BK7, Effective diameter: 25.4mm, Integrated angle precision:...
25.4mm Retroreflector AY102
25.4mm Retroreflector AY102Prism material: BK7, Effective diameter: 25.4mm, Integrated angle precision:...
12.7mm Prism in Canister AY101-1
12.7mm Prism in Canister AY101-1Prism material: BK7, Effective diameter: 12.7mm, Silver Coated,Integrated angle precision:...
25.4mm Copper-Coated Prism AY101
25.4mm Copper-Coated Prism AY101Prism material: BK7, Effective diameter: 25.4mm, Copper Coated,Integrated angle precision:...
ZnSe Window
ZnSe Window Features: Low scattering damage.Applications: High and low power laser, laser system, medical science,astronomy and IR night vision.Zinc Selenide is the most popular material for infrared applications. It can transmit from 0.6 μm to 20 μm. With its low absorption at IR wavelengths and visible transmission ZnSe based components...
NS Window
ZnS Window Features: Excellent optical uniformity, resisting acid-base erosion,stable chemical performance. High refractive index,high refractive index and high transmittance within visible range.Applications: Optics,electronics, photoelectronic devices.ZnS is grown by chemical vapor deposition (CVD) method. For windows,domes and lenses for...
Germanium
Germanium (Ge) is the preferred lens and window material for high performance infrared imaging systems in the 8–12 μm wavelength bands. Its high refractive index makes Ge ideal for low power imaging systems because of minimum surface curvature. Chromatic aberration is small, often eliminating the need for correction. Germanium is most...