ZnSe optical window 50mm-diameter 2mm thickness, both side coating with AR10.6um Email us " sales@boyanoptical.com " for more details .
Product Description
Introducing our ZnSe Zinc Selenide Optical Window, designed to take your optical systems to the next level! With a generous 50mm diameter, this optical window offers exceptional transparency and durability, making it the perfect choice for a wide range of applications. Elevate your optics and upgrade to the best today!
Features:
- 50mm diameter for maximum coverage
- Exceptional transparency for crystal-clear visuals
- Durable construction for long-lasting performance
- Versatile design for seamless integration into various applications
Applicable Groups:
- Research Institutions
- Universities and Academic Institutions
- Engineering and Technology Companies
- Laboratories and Testing Facilities
Applicable Scenarios:
- Microscope Systems
- Laser Equipment
- Optoelectronic Devices
- Imaging Systems
Cost Performance:
Our ZnSe Zinc Selenide Optical Window offers outstanding cost performance, providing exceptional quality at a competitive price point. Invest in the best optical window without breaking the bank.
Upgrade your optical systems with our ZnSe Zinc Selenide Optical Window today and experience the difference in clarity and performance. Take your optics to new heights with this top-of-the-line optical window. Elevate your optics and elevate your results!
Introducing the ZnSe Zinc Selenide Optical Window, a high-quality optical component perfect for a wide range of applications. This optical window features a 50mm diameter and a 2mm thickness, making it ideal for use in various optical systems and devices. In addition, this window is specially coated on both sides with an anti-reflection coating designed for a wavelength of 10.6 micrometers (AR10.6um), ensuring optimal performance and minimal light loss.
ZnSe Zinc Selenide is a popular material choice for optical components due to its excellent optical properties and high transmission in the infrared region. This makes it well-suited for use in laser systems, medical devices, spectroscopy, and other applications where high performance and durability are essential.
The 50mm diameter of this optical window provides a generous viewing area, allowing for clear and precise imaging. The 2mm thickness adds stability and durability to the window, ensuring long-lasting performance even in demanding environments.
The AR10.6um coating on both sides of the window reduces unwanted reflections and minimizes light loss, resulting in improved contrast and image quality. This coating is specially optimized for a wavelength of 10.6 micrometers, making it ideal for use with CO2 lasers and other systems operating in this wavelength range.
With a minimum transmission of 98% at 10.6 micrometers, this ZnSe Zinc Selenide Optical Window offers excellent performance and reliability in high-power laser applications. The AR coating further enhances its durability and resistance to scratches, ensuring a long service life with minimal maintenance requirements.
Whether you need a high-quality optical window for research, industrial, or medical applications, the ZnSe Zinc Selenide Optical Window is the perfect choice. With its superior optical properties, durable construction, and anti-reflection coating for improved performance, this window is sure to meet your needs and exceed your expectations.
Overall, the ZnSe Zinc Selenide Optical Window with a 50mm diameter, 2mm thickness, and AR10.6um coating is a versatile and reliable optical component suitable for a wide range of applications. Its high transmission, anti-reflection coating, and durable construction make it an essential addition to any optical system or device. Experience the difference with the ZnSe Zinc Selenide Optical Window and see your optics perform at their best.
Zinc Selenide, ZnSe, is the material of choice for making infrared lenses, windows, outcoupling mirrors, and beam expanders. It transmits visible light and has low absorption at infrared wavelengths. Tight control of material absorption and internal defects is critical in high power applications. The optical polishing techniques used for this purpose require minimal damage to the optics and use the highest quality optical thin film coatings. The material's absorptivity was tested by CO2 laser vacuum calorimetry technology.
The chemical properties of zinc selenide ZnSe are extremely stable (unless it is treated with strong acid) and must not be hygroscopic. Safe to use in most industrial, field and laboratory environments.
Zinc Selenide ZnSe is used in laser cutting, engraving, marking, drilling and other CO2 laser systems. The lenses produced by Nantong Risen Optical can withstand high power density, and the materials can be domestic or imported. After double-sided anti-reflection coating of zinc selenide ZnSe, the transmittance in the common working band of CO2 laser industry at 10.6um can reach 99%, and the surface film is firm, not easy to fall off, and resistant to wiping.
Product Specifications:
Material: Zinc Selenide ZnSe
Size: 5-330mm
Thickness: less than 25mm
Design wavelength: 10.6um
Focal length tolerance: ±1%
Thickness tolerance: ±0.1mm
Surface: λ/2@632.8nm
Finish: 40-20
Eccentricity: <3'
Effective aperture: >90%
Chamfer: <0.2*45°
Coating: 10.6um anti-reflection, 8-14um broadband anti-reflection
About our products :
New Crystal | ||||
DyScO3 | GdScO3 | PrScO3 | NdScO3 | |
MnO | CeO2 | Cu2O | Fe3O4 | |
SnO2 | Fe2O3 | ZnO/Al2O3 | ||
superconducting thin film | ||||
SrTiO3 | LaAlO3 | YSZ | MgO | |
NdGaO3 | KTaO3 | SrLaAlO4 | ||
Functional epitaxial thin films | ||||
SiO2 + Si | GaN on Sapphire wafer | Pt/Ti/SiO2/Si wafer | ||
Magnet ferroelectric thin film substrate | ||||
GGG substrate | Nb:SrTiO3 substrate | Fe:SrTiO3 substrate | PMN-PT substrate | |
Photo Transistor substrate | ||||
TiO2 Rutile substrate | SiO2 quartz monocrystal substrate | quartz glass substrate | YAlO3 substrate | |
YAG substrate | LiNbO3 substrate | LiTaO3 substrate | ||
Semiconducting crystal substrate | ||||
SOI Si+SiO2+Si | Ge substrate | Si substrate | InP substrate | |
InAs substrate | InSb substrate | |||
Fluo-chloride crystal substrate | ||||
MgF2 substrate | CaF2 substrate | BaF2 substrate | LiF substrate | |
KCl substrate | NaCl substrate | KBr substrate | ||
III-V crystal substrate | ||||
Sapphire wafer | GaN monocrystal substrate | LiAlO2 substrate | MgAl2O4 substrate | |
II-VI crystal substrate | ||||
ZnO high resistivity substrate | ZnO low resistivity substrate | Ga:ZnO substrate | SiC substrate | |
ceramic substrate | ||||
Al2O3 96% substrate | AlN ceramic substrate | YSZ ceramicsubstrate | ||
Other materials | ||||
Cu metal monocrystalsubstrate | Al metal monocrystalsubstrate | Mg metal monocrystalsubstrate | KTa(1-x)Nb(x)O3 | |
K9 glass substrate | Sapphire Tube | Ruby Tube |
Email: sales@boyanoptical.com
Mob.: +86 150 5215 0963
WeChat: adaxier
Skype: ba7a0300ad71076c
Whatsapp: +8615052150963
Add.: No.5 YanZheng Zhong Road, Wujin District, Changzhou City, Jiangsu Province
Sign In