Sapphire Tube OD50mm ID25.4mm Lenght 100mm AL2O3 C-Axis KY Method Mohs 9.0 Customization
Description of Sapphire Tube:
Sapphire tubes are transparent components made by cold-processing single-crystal sapphire. They possess characteristics such as corrosion resistance, high-temperature resistance, and high-pressure resistance. Under equal conditions, their corrosion resistance is 1000 times that of quartz, their pressure resistance is 4 times that of quartz, and their high-temperature resistance exceeds that of quartz by over 600°C.
In the chemical industry, the use of sapphire tubes can effectively mitigate leakage and rupture risks, enabling long-term usage. They offer a great cost-performance ratio, which is why an increasing number of manufacturers are opting for them.
The Character of Sapphire Tube:
1. High Strength, High Rigidity, High Anti-Abrasion, High Anti-Heat, High AntiCorrosion Characteristics, and High Anti-Plasma Characteristics.
Because of these characteristics, Sapphire tubes are widely used for precision mechanical parts.
2. Stable Dielectric Constant, Very Low Dielectric Loss, Good Electrical Insulation.
Sapphire tubes are used as a material for substrates in super-high frequency regions. It is also used as an insulation material and microwave window. Sapphire tubes have become indispensable in the Electronics industry.
3. Excellent Light Transmission.
Sapphire tubes are used for various kinds of vacuum equipment, windows in reaction furnaces, scanner windows, and caps for optical communication due to its excellent mechanical characteristics and heat resistance.
4. Good Thermal Conductivity and High Heat Resistance.
Excellent thermal conductivity at low temperatures allows Sapphire tubes are as a transparent material to be used in many diverse fields requiring thermal conduction and heat radiation.
The Form of Sapphire Tube:
| Young's Modulus | 470 | Gpa |
| Flexural Strength | 690 | MPa |
| Tensile Strength | 2250 | Mpa |
| Compressive Strength | 2940 | MPa |
| Melting Point | 2053 | ºC |
| Thermal Conductivity at 20℃ | 42 | W/m•k |
| CLTE 40-400℃ | 7 | 10-6/℃ |
| Specific Heat Capacity | 0.75 | J/(g・K) |
| Electrical Property | | |
| Dielectric Strength | 48 | MV/m |
| Dielectric Constant at 20℃ | 9.3 | MHz |
| Dielectric Loss at 20℃ | <1.4x10-4 | MHz |
| Volume Resistivity at 20℃ | >1.0x1014 | Ω•cm |
| Volume Resistivity at 500℃ | 1.0x1011 | Ω•cm |
The Physical Photo of Other Sapphire Tube:
Application of Sapphire Tube:
1. Energy sector, sapphire tubes are utilized for the removal of NOx and other pollutants.
2. Heavy oil reactors, sapphire tubes find applications in the petrochemical industry and related fields.
3. Optical applications, sapphire tubes are used in UV lamps and automotive lights.
4. Glass and ceramic industry, sapphire tubes are employed as substitutes for Pt probes to ensure a pollution-free environment.
5. Instrument manufacturing, sapphire tubes are used in devices like microwave digesters, high-temperature reactors, laboratory testing instruments, and more.
6.Corrosive environments, sapphire tubes withstand concentrated or boiling mineral acids and high-temperature reactive oxides.
7.Semiconductor manufacturing, the purity of sapphire sleeves ensures that the production process remains uncontaminated.
8. High-Temperature Furnace Tubes: Sapphire tubes can withstand high temperatures, making them ideal for use as furnace tubes in applications where other materials would degrade.
9.Chemical engineering: sapphire tubes are valued for their resistance to conventional acidic and alkaline mediums and their high pressure resistance. They are utilized in chemical reactors or observation tubes, addressing the long-standing challenge in the chemical industry of material selection.
10.Blasting applications: sapphire tubes are used for micro-explosions, enabling visual process tracking and analysis.
11. Petroleum industry: sapphire tubes are employed for core sampling and material analysis, facilitating large-field real-time observations.
Application Picture of Sapphire Tube:
Customization:
We can customize the diameter, inner diameter, length, crystal orientation, polishing, and other special requirements according to the drawings.
FAQ:
1.Q:What is sapphire coating?
A:It has better impact resistance than mineral glass and in practice sapphire crystal can only be scratched with diamond. Thus, a thin layer of sapphire on top of the mineral crystal glass greatly increases its impact resistance and is not easily scratched.
2. Q: Is sapphire better than acrylic?
A: Although sapphire crystal appears on most high end watches for the last 30 years, acrylic still appears on the vast majority of low cost timepieces. Sapphire has superior scratch resistance. In fact a rare few products like diamonds exceed sapphire on the Mohs hardness scale.
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