Product Descriptions：
| Product Name: | AR coated Quartz Glass |
| Type: | Interference type |
| Color: | Transparent |
| Peak Transmissivity (%): | 90%, 95% with AR coating |
| Optical density: | OD2 or customized |
| Shape: | Square or Customized |
| Dimension (in mm): | 7.8*7.8mm |
| Thickness (mm): | 1.0mm |
| Material: | Quartz Glass (Fused Silica) |
| Spectral range (nm): | 190-1100nm |
| Remark:Support customization of size and thickness | |
Spectral measurement graph
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Picture 1: Quartz Glass spectral measurement graph |
What is the Quartz Glass Optical Filter and application scenarios?
The Quartz Glass Filter uses Fused Silica as its substrate. High-quality fused silica provides excellent light transmission across the 190–2500nm range, covering deep UV, visible light and near-infrared wavelengths.The Quartz filters suit applications that require a wide spectral range, clean optical signals and stable performance.Common applications of Quartz Glass Filters are include deep UV systems, fluorescence imaging, skin detection devices and high-energy laser systems.
Related products:
Quartz Glass thin film, Fused silica material , 0.3mm ultra thin thickness
Shenzhen Hengda Liyuan Optoelectronics introduced advanced optical vacuum technology that apply depositing nano-materials through ion-assisted evaporation onto a multilayer hard film in a high vacuum environment which the coating layer is firm and has good tightness and small bandwidth drift. The company have been focus on optical coating for more than 17 years and the company offer one-stop optical filters solution including Narrow Bandpass Filters, IR cut-off Filters, Longpass Filters, Shortpass Filters, Notch Filters, ND filters, Star filters and Optical sapphire block.
Remark：Because the interference type filter varies its spectral performance at different angles, the spectral parameters usually determine its appearance color; moreover, the pictures in this link may originate from various shooting angles, so the actual color of the parts should therefore refer to the final spectral parameters required.
