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Low OH content and Fluorine Pure Silica core rod
KEEPTOP
| Quantity: | |
|---|---|
| Low OH Rods – Optical Properties and Application Reference Table | |||
| Type 1 | Type 2 | Type 3 | |
| OH [ppm] specified typical | ≤ 5 0.2 | ≤ 1 0.2 | ≤ 1 0.2 |
| Cl [ppm] | ≤ 2,500 | ≤ 2,500 | ≤ 200 |
| F [ppm] | - | - | 3,000 … 4,000 |
| Trace impurities | below detection limit of ICP-MS | ||
| Refractive index* | +3.5 … +5 x 10-4 | +3.5 … +5 x 10-4 | - 6 … -12 x 10-4 others on request |
| Features | Excellent transmission properties in VIS – NIR Absorption bands at λ < 400 nm Well suited for laser transmission at 1,064 nm Cost optimized quality for large volume price sensitive applications | Excellent transmission properties in VIS – NIR Absorption bands at λ < 400 nm Well suited for laser transmission at 1,064 nm Customized quality available in small quantities Bubble free material Tight geometrical tolerances No surface scratches are allowed | Fluorine doped material Ideal for broad range spectroscopy from 350 – 2,200 nm High radiation resistance to gamma irradiation at VIS and 1,310 nm |
Depending on the application, high and low OH materials are available.
Core Material for Multi-mode or Plastic Clad Silica Fibers:
As a material which later forms the light-conducting core of the fiber. These rods should be made of a material which has a low absorption in the desired wavelength region. This rod must then be provided with a cladding. This fiber either is a plastic clad pure silica core fiber (PCS) or the rod is given a quartz glass cladding with a lower refractive index (multi-mode fiber).
Photonic Crystal Fibers (PCF):
For forming a preform for photonic crystal fibers (PCF) (stacking of different glass pieces, or drilling holes into the rods).
Handle Material:
As an aid for the production of specialty fibers.
Quarts rods Dimensions:
D28x850 mm
D31x900 mm
D15x1200 mm
Or customized
Packing: wooden drum
| Low OH Rods – Optical Properties and Application Reference Table | |||
| Type 1 | Type 2 | Type 3 | |
| OH [ppm] specified typical | ≤ 5 0.2 | ≤ 1 0.2 | ≤ 1 0.2 |
| Cl [ppm] | ≤ 2,500 | ≤ 2,500 | ≤ 200 |
| F [ppm] | - | - | 3,000 … 4,000 |
| Trace impurities | below detection limit of ICP-MS | ||
| Refractive index* | +3.5 … +5 x 10-4 | +3.5 … +5 x 10-4 | - 6 … -12 x 10-4 others on request |
| Features | Excellent transmission properties in VIS – NIR Absorption bands at λ < 400 nm Well suited for laser transmission at 1,064 nm Cost optimized quality for large volume price sensitive applications | Excellent transmission properties in VIS – NIR Absorption bands at λ < 400 nm Well suited for laser transmission at 1,064 nm Customized quality available in small quantities Bubble free material Tight geometrical tolerances No surface scratches are allowed | Fluorine doped material Ideal for broad range spectroscopy from 350 – 2,200 nm High radiation resistance to gamma irradiation at VIS and 1,310 nm |
Depending on the application, high and low OH materials are available.
Core Material for Multi-mode or Plastic Clad Silica Fibers:
As a material which later forms the light-conducting core of the fiber. These rods should be made of a material which has a low absorption in the desired wavelength region. This rod must then be provided with a cladding. This fiber either is a plastic clad pure silica core fiber (PCS) or the rod is given a quartz glass cladding with a lower refractive index (multi-mode fiber).
Photonic Crystal Fibers (PCF):
For forming a preform for photonic crystal fibers (PCF) (stacking of different glass pieces, or drilling holes into the rods).
Handle Material:
As an aid for the production of specialty fibers.
Quarts rods Dimensions:
D28x850 mm
D31x900 mm
D15x1200 mm
Or customized
Packing: wooden drum
