Femtosecond Gold-Coated Fiber Bragg Grating︱OSC1300

Description:

OSC1300 Super-high-temperature gratings are manufactured from single-mode fiber, capable of withstanding temperatures as high as 1,000℃ Severe environmental temperatures. Various optical parameters available, annealing temperature up to 1,100°C, or non-annealed, depending on customer requirements. Naturally encapsulated (written) directly onto the fiber itself.OSC1300 High-temperature light gratings can be used as bare gratings directly, or users can further encapsulate them to create... OSC1300 High-temperature grating sensors are encapsulated into various types of advanced grating sensor configurations.OSC1300 The ultra-high-temperature grating features small size, fast response time, and good linearity between wavelength and temperature. Moreover, it is extremely easy and quick to operate and install, inheriting many inherent advantages of fiber Bragg grating sensors.

OSC1300 The production of ultra-high-temperature gratings utilizes advanced laser fabrication techniques, capable of being produced on various types of optical fibers, coatings, and protective materials, to accommodate diverse high-temperature application fields.

Features:

Good temperature linearity. The precision of FBG writing in the fiber core structure determines the high resolution, good linearity, and high repeatability of the OSC1300 ultra-high-temperature grating. It offers a high edge-mode suppression ratio and allows users to customize the bandwidth size.

Suitable for temperature requirements Applications at 1,000°CThe factory can perform annealing treatment, suitable for systems that require sensors to be pre-calibrated, allowing users to directly apply the sensors for temperature measurement after purchase. Additionally, the annealing treatment can be omitted, which results in better flexibility of the fiber during installation.

High-temperature protection options.The grid area of the OSC1300 ultra-high-temperature grating can be recoated with temperature-resistant polyimide, gold, steel, or left uncoated for secondary packaging, as per application requirements.

Can be used for single-point gratings or etched into grating strings.Primarily used for temperature measurement, it can either measure the temperature at key points based on the project requirements or be configured as a multi-point grating string for multi-point temperature measurement.

Application Fields:Material and Equipment Testing Laboratory, Aerospace, Energy, Industry, and R&D.