China Infrared Beam Splitter Filter (BS) - High-Efficiency Suppliers & Factory for Precision Optical Solutions
| Product Name | HT (nm) | Tavg | Size (mm) | Sub Material | Reflective band (nm) | Tavg | Spectrogram |
|---|---|---|---|---|---|---|---|
| BS830~870 | 830~870 | ≥90 | Φ0.1~300 | D263T | - | - |
|
| BS839~861 Single | 839~861 | ≥45 | Φ0.1~300 | D263T | - | - |
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| BS839~861 Double | 839~861 | ≥45 | Φ0.1~300 | D263T | - | - |
|
| BS2000~7700 | 2000~7700 | - | Φ0.1~300 | Ge | 7700-10000 | ≥90 |
|
| BS3000~8000 | 3000~5000 | ≥90 | Φ0.1~300 | Ge | 8000-16000 | ≥85 |
|
| BS3000~10000 | 3000~10000 | ≥80 | Φ0.1~300 | Si | - | - |
|
| BS6000~8500 | 8900~11000 | ≥92 | Φ0.1~300 | Ge | 6000~8100 | ≥97 |
|
| BS6500~8500 | 8500~10500 | ≥90 | Φ0.1~300 | wedge-shaped Ge | - | - |
|
| BS8500~9000 | 9000~11000 | ≥90 | Φ0.1~300 | Si | 6800~8500 | ≥90 |
|
| BS1550~8010 | 8010~11000 | ≥85 | Φ0.1~300 | Ge | 1550~5050 | ≥90 |
|
| BS9500~11000 | 9500~11000 | ≥85 | Φ0.1~300 | Ge | - | - |
|
The above list shows our current stock items.
If you don't see what you are looking for, please contact us.
Q: What substrate materials are used for these bandpass filters?
A: We use high-quality materials including D263T glass, Silicon (Si), Germanium (Ge), and wedge-shaped Germanium (Ge) depending on the target spectral range and performance requirements.
Q: What dimensions and sizes are available for the filters?
A: Our standard stock dimensions range from Φ0.1 mm up to 300 mm. Custom shapes and sizes can also be manufactured based on your specifications.
Q: Can I request a custom wavelength range not listed in the table?
A: Yes, if your required wavelength band or specifications are not listed in our current stock table, please contact us directly to discuss custom coating and design options.
Q: What is the average transmission (Tavg) of these optical filters?
A: Most of our stock bandpass filters feature high transmission rates, with average transmission (Tavg) reaching ≥80%, ≥85%, ≥90%, or even up to ≥97% depending on the specific model.
Q: How do I read the spectrogram details for a specific product?
A: You can click the thumbnail in the "Spectrogram" column of the product table to view the detailed spectral response curve and transmission characteristics for each filter model.