Fiber Coating Processing
The company provides various coatings on fiber ends, including full/partial reflection, long-pass, short-pass, band-pass, and anti-reflection coatings. These coatings enhance the optical performance of fibers, such as AOI and NA, and are widely used in optical systems.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Reflection Filter Band | 长波通(LP), 短波通(SP), 带通(BP) |
| Mirror Type | 全反射, 部分反射 |
| Starting Wavelength and Bandwidth | 可定制 |
| Cutoff Wavelength and Bandwidth | 可定制 |
| Peak Transmittance (T) | 可定制 |
| Peak Reflectance (R) | 可定制 |
| Reflection Wavelength Range | 可定制 |
| Apparent Wavelength Range | 可定制 |
| Apparent Optical Density (OD) | 可定制 |
| Fiber Diameter | 可定制 |
| Fiber Material | 玻璃, 硫系化合物 |
| Mode Matching Range | 可定制 |
| Fiber Endface Type | 可定制 |
Applications
Key Features
Datasheet
Supplier Information
Related Products
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Laser reflective coating
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Zeit-group
Thin-film Characteristics (R) [Normal Incidence; 351nm]: R>99.85% @351nm Damage Threshold [351nm；3ns]: >12J/cm2 @351nm，3ns Thin-film Characteristics (R) [Normal Incidence; 527nm]: R>99.90% @527nm
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Polarizing film
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Ecoptik
Prism Polarizing Beamsplitter Coating (UV) - Angle of Incidence: 45º Prism Polarizing Beamsplitter Coating (UV) - Reflectance (Rs): Rs > 99.5 % Prism Polarizing Beamsplitter Coating (UV) - Transmittance (Tp): Tp > 95 %
A polarizing film refers to a type of optical thin film used to generate polarized light or suppress the polarization effect of thin films. It has a wide range of applications in optical systems, optical instruments, and laser systems.
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Other coatings
Optical Coatings
Ecoptik
Laser crystal coating - material: Customized according to customer requirements Laser crystal coating - dimensional tolerance: ±0.01 ~±0.2 mm Laser crystal coating - chamfer: 0.5 mm, 45 °
Boxin can customize laser crystal coatings and ITO coatings according to customer requirements.
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Anti-reflection coating
Optical Coatings
Ecoptik
Single Wavelength AR (UV) - Angle of Incidence: 0º or 45º Single Wavelength AR (UV) - Reflectance (λ>255 nm) (R) [λ>255 nm; unpolarized; at 0°; at 45°]: Unpolarized; R≤0.25 % at 0 °, R≤0.5 % at 45 ° Single Wavelength AR (UV) - Reflectance (λ≤255nm) (R) [λ≤255nm; unpolarized; at 0°; at 45°]: Unpolarized; R≤1.0 % at 0 °, R≤1.5 % at 45 °
Anti-reflective coating can reduce the intensity of reflected light, thereby increasing the intensity of transmitted light and making optical system imaging clearer. It has a wide range of applications in LED displays, touch screens, LCD projection systems, instrument windows, fingerprint analyzer windows, monitor protective lenses, antique mirror frame windows, high-end watch windows, eyeglass lenses, and screen-printed optical glass products.
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Depolarizing coating
Optical Coatings
Ecoptik
Prism Non-Polarizing Beamsplitter (UV / VIS / NIR) - Angle of Incidence: 45º Prism Non-Polarizing Beamsplitter (UV / VIS / NIR) - Reflectance (400 nm – 2μm) (R; R s; R p): 10 %≤R≤90 %±5 % ;| R s – R p | ≤5 % Plate Non-Polarizing Beamsplitter (UV / VIS / NIR) - Angle of Incidence: 45º
Boxin can customize various depolarizing coatings according to customer requirements. These include prism depolarizing beam splitter coatings (UV / VIS / NIR), plate depolarizing beam splitter coatings (UV / VIS / NIR), prism broadband depolarizing beam splitter coatings (VIS / NIR), and plate depolarizing beam splitter coatings (IR). It has a wide range of applications in interferometers and various imaging instruments.
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