Sapphire Fiber 100um 200um High Refractive Wide Wavelength Optical
Communication High Power Laser
Product Description:
Sapphire fiber with a diameter of 100 microns has several
advantages and features:
- High corrosion resistance: Sapphire fiber has excellent corrosion
resistance and can operate stably in harsh environments for a long
time.
- High temperature stability: Sapphire fiber can withstand high
temperature environment, has excellent thermal stability.
- Wide wavelength range: Sapphire fiber can transmit a wide
wavelength range from visible light to infrared light.
- Low loss: Sapphire fiber has the characteristics of low loss and
can effectively transmit optical signals.
- High strength: Sapphire material has high strength and hardness, so
that the optical fiber has good mechanical properties.
Features:
Sapphire fiber has the following characteristics:
- High corrosion resistance: Sapphire fiber has excellent corrosion
resistance and can operate stably in harsh environments for a long
time. This makes it advantageous in some special applications, such
as chemical environmental monitoring or corrosive gas detection.
- High temperature stability: Sapphire fiber can withstand high
temperature environment, has excellent thermal stability. This
makes it excellent in high temperature applications such as high
temperature industrial process monitoring, high temperature laser
processing and high temperature sensors.
- High strength and hardness: Sapphire material has high strength and
hardness, so sapphire fiber has good mechanical properties. It is
resistant to external shocks and stresses and is suitable for use
in harsh working environments.
- Wide wavelength range: Sapphire fiber can transmit a wide
wavelength range from visible light to infrared light. This makes
it widely used in the fields of optical communication, optical
sensing and optical imaging.
- Low loss: Sapphire fiber has the characteristics of low loss and
can effectively transmit optical signals. This makes it
advantageous in applications that require long-distance
transmission and high signal quality requirements.
- It is important to note that the specific properties and
characteristics of sapphire may vary depending on factors such as
manufacturer, core/cladding material, preparation process and
application requirements.
Technical Parameters:
The technical parameters of sapphire fiber can vary according to
different manufacturers and product models. The following are some
examples of common sapphire fiber technical parameters:
| Parameter | Index |
| Diameter | 100um |
| Refractive index | 1.7-1.8 |
| Nonlinear coefficient | 10^-20 to 10^-14 m^2/W |
| Orientation | C-Axis |
| Melting point | 2072℃ |
| Strength of extension | 2200MPa |
| Damage Threshold | 1.3 kJ/cm2@3μm |
| NA | 0.45 (300μm fiber, 1m length) |
| Attenuation/ Loss | 0.5~1.0 dB@ near infrared band (300μm fiber, 1m length) |
| bending loss | 3%@φ3cm loop (100μm fiber) |
Applications:
Sapphire fiber has a wide range of applications in many fields.
Here are some common application areas:
- Optical sensors: Sapphire fiber can be used for a variety of
optical sensors, such as temperature sensors, pressure sensors,
strain sensors, etc. Its high temperature stability and corrosion
resistance make it suitable for sensing measurements in extreme
environments.
- Lasers and optics: Sapphire fiber can be used for light
transmission in laser systems and other optical devices. Its high
strength and high temperature stability make it suitable for laser
processing, laser communication and optical imaging.
- Optical fiber communication: Sapphire fiber can be used for signal
transmission in optical fiber communication systems. Its low loss
and wide wavelength range make it suitable for high-speed,
long-distance optical communication applications.
- Optical microscopy: Sapphire fiber can be used in optical
microscopy systems for sample illumination and light signal
transmission, providing high-resolution and high-contrast images.
- Scientific research: Sapphire fiber also has a wide range of
applications in scientific research, such as laser experiments,
spectral analysis, material research and so on. Its high
temperature stability and high strength make it suitable for
experiments and measurements that require extreme conditions.
- It should be noted that the application of sapphire fiber is not
limited to the above areas, with the development and innovation of
technology, new application areas are also emerging. Therefore, the
specific application of sapphire fiber in different fields also
needs to be further evaluated and developed in combination with
specific needs and technical requirements.
FAQ:
Q1: What brand name is the Sapphire Fiber?
A1: The Sapphire Fiber is made by ZMSH.
Q2: What's the diameter of the Sapphire Fiber?
A2: Thediameter of Sapphire Fiber is 35um, 100um, 200um.
Q3: Where is the Sapphire Fiber from?
A3: The Sapphire Fiber is from China.
Q4: Is the Sapphire Fiber ROHS certified?
A4: Yes, the Sapphie Fiber is ROHS certified.
Q5: How long Sapphire Fiber can I buy at 1 time?
A5: The minimum order quantity of the Sapphire Fiebr is 1m.
