Zinc Sulphide (ZnS) windows have a high transmission range of 8-14 microns in the infrared (IR). It offers a wide transmission range for visible and mid-wave or long-wave infrared sensors, making it the ideal material for thermal imaging.

ZnS is most highly transmissive in the 8 µm to 12 µm spectral range. Its high resistance to rain erosion, high-speed dust, and particulate abrasion, makes it especially suitable for exterior IR windows on aircraft frames.

ISP Optics Zinc Sulfide (ZnS) Windows feature low absorption and low scatter through the Visible (VIS) and Infrared (IR) spectrum from 0.4 - 12μm. Zinc Sulfide is a chemically vapor deposited (CVD) material which is commonly used in imaging systems featuring a visible and thermal path.

UQG Optics ZnS windows come stock in multispectral water-clear grade sometimes referred to ZnS Cleartran™, and FLIR IR grade, made in diameters. Custom made into Squares/rectangles with additional coatings and designs.

TECHSPEC® Zinc Sulfide Multispectral Windows are manufactured from a water-free, multi-spectral grade of zinc sulfide that has low absorption and scatter properties over its broad transmission range of 0.4 - 12μm.

May 14, 2024 · Coherent routinely manufactures windows of up to 533 mm x 533 mm x 35 mm — dimensions large enough to meet the vast majority of airborne system requirements. But what is Zn MS, and how is it made?

YANNTEK could fabricate high precision zns window as large as diameter 480mm, thickness could be 1-30mm. we can also help customers to develop fully new optics upon their unique use.

Zinc Sulphide optical components including ZnS windows, wedges and ZnS lenses. ZnS grown by chemical vapor desposition (CVD) exhibits exceptional fracture strength and hardness leading to its frequent choice for harsch environments.

Discover the groundbreaking Zns Window by Yasi, crafted from Zinc Sulfide Glass for superior clarity and durability. Revolutionize your view with cutting-edge technology. Learn more!

Hyperion Optics Zinc Selenide Windows (ZnS Windows) are perfect for a wide variety of infrared applications including thermal imaging, FLIR, and medical systems. This chemical vapor deposited material has extensive usage in high power CO2 laser systems because of its low absorption coefficient and high resistance to thermal shock.