High hardness translucent sapphire single crystal tube

Short Description:

EFG method sapphire tubes have a wide range of uses and potential applications in the field of high-frequency electronics and communications due to their excellent electrical conductivity and high purity.

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Introduce of wafer box

EFG method is a method used to grow sapphire crystals for the preparation of guide mold method sapphire tubes. The following is a detailed description of the growth method, characteristics, and uses of sapphire tubes by the guided-mode method:

High purity: The conductive EFG method sapphire tube growth process allows for highly pure sapphire crystal growth, reducing the impact of impurities on electrical conductivity.

High Quality: The EFG method of the conductive mode sapphire tube produces a high quality crystal structure, providing low electron scattering and high electron mobility.

Excellent electrical conductivity: Sapphire crystals have good electrical and thermal conductivity, making conductive mode sapphire tubes excellent for high frequency and microwave applications.

High Temperature Resistance: Sapphire has excellent high temperature resistance and is able to maintain stable electrical conductivity in high temperature environments.

Product	Sapphire tubes pipe
Material	99.99% pure Sapphire Glass
Processing Method	Milling from Sapphire Sheet
Size	OD:φ55.00×ID:φ59.00×L:300.0(mm)OD:φ34.00×ID:φ40.00×L:800.0(mm) OD:φ5.00×ID:φ20.00×L:1500.0(mm)
Application	Optical windowLED lighting Laser system Optical sensor
Description	KY technology sapphire tubes are typically made from single crystal sapphire, a form of aluminum oxide (Al2O3) that is highly transparent and has high thermal conductivity.