Products

Alumina Ceramic Tube with different types of purity :
95% Alumina Ceramic Tube
99% Alumina Ceramic Tube
99.7% Alumina Ceramic Tube
Alumina Ceramic Tube Stock Dimension We have :
Inner diameter * Outer diameter
3*6 / 5*8 / 6*10 / 8*12 / 10*1

Alumina Ceramic Ring Properties:
The sintering temperature of alumina ceramic ring can be as high as 1650-1990 ℃. It can be made into molten glass instead of platinum crucible, and can be used to make lamp tubes by light transmittance and alkali

Ceramic Rod , Ceramic Pin , Ceramic Shaft Description: Due to various excellent performance of the alumina ceramics under wide range of industrial or working conditions, solid ceramic rod / bar / shaft 7mm 8mm 9mm 10mmare mainly used in the area

Properties of Alumina ceramic Plate
The alumina ceramic plate is made of Al2O3 as the main raw material and rare metal as the flux through 1700 ° high temperature sintering. Through mold making, aluminum oxide powder batching, grinding, milling, pr

Zirconia Ceramic Substrate Properties: The ceramic substrate, is a sheet-like material which forms a supporting base for the film circuit component and the externally-applied component on the basis of the electronic ceramic. Zirocnia Ceramic substr

The main characteristics of the alumina ceramic pin : 
1. High hardness, it is can be up to 1700 HV, and Super compressive strength up to 2240 Mpa
2. They offer different grade dimensional accuracy per sintered only, precision machining 
3. They are more cost-effective ceramic parts with equivalent performance among all other technical ceramics
4. High heat resistance: Alumina ceramic parts offer excellent thermal stability, which means that it is widely used in areas where resistance to high temperatures is essential.

Zirconia Ceramic Blade is widely used in all kinds of textile cutting .  * Minumum thickness :  0.15mm  * Will not make fiber melting , keep production continuously .  * Longger Working time to improve production efficency ,  shorten production auxiliary time .

Alumina Ceramic Substrate Description:
Alumina Ceramic Substrate is a new type of precision thermal conductive ceramic chip, industrial thermal conductive ceramic chip and functional thermal conductive ceramic chip product. Due to the high cost of

Alumina or aluminum oxide (Al2O3) in its various levels of purity is used more often than any other advanced ceramic material.  3X Ceramic offers a wide range of material types with different property profiles that can be adjusted via a targeted matrix design.

The overall length of this ceramic support beam reach to 846mm , the step , hole , thread , slot are machined on the CNC machine .  It is used as a support beam on a solid polishing machine,  its material is 99% alumina ceramic , because the part need to be high temperature resistant and wearable .  Just alright 99% alumina ceramic could meet such requirements .  

Yttria Stabilized Zirconia Ceramic Rail / Rod with Hole

Silicon carbide is used to make crucibles because of its stable chemical properties, wear-resistant and heat-resistant properties. Silicon carbide crucible is a kind of crucible with very good performance. Next, let's carefully explain the excellent properties of silicon carbide crucible.

100x100x0.32mm Si3N4 Silicon Nitride Substrate Plate
The power conductive terminal of IGBT module for electric vehicles needs to carry hundreds of amperes of high current, which has high requirements for conductivity and thermal conductivity. In th

SiC heat exchange furnace tube  is used in diffusion furnaces in semiconductor and photovoltaic industries as atmosphere sintering furnace tubes.

Silicon carbide tray for LED etching (SiC tray) φ 600mm is a special accessory for deep silicon etching (ICP etching machine)
Wafer carrier, also known as wafer carrier and silicon wafer carrier, is called pocket wafer in English. It is widely used in CVD and vacuum sputtering of semiconductors. We can provide customers with customized wafer carriers of silicon and silicon carbide materials to meet customers' different application needs.