Silicon Carbide Cantilevers Paddle
Product detailed and application
Large wafer loading force silicon carbide SiSiC / SiC cantilever paddle / beam is suitable for a robot automatic loading and handling system because it has stable performance, non-deformation in high temperature and large wafer loading force. Since the section of the cantilever paddle is stable with no deformation, it is possible to make larger size wafer using existing furnace tubes. Large wafer loading force silicon carbide SiSiC / SiC cantilever paddle / beam can be applied to LPVCD on basis of its similar thermal expansion coefficient with LPVCD coating, which greatly prolongs the maintenance and cleaning cycle,and significantly reduce pollutants.
Technical parameters of reaction bonded silicon carbide RBSIC :
|Temperature of application||℃||1380|
|Moh’s Scale of Hardness||13|
|Modulus of elasticity||Gpa||330(20℃)|
|Coefficient of thermal expansion||K-1*10-6||4.5|
a. It does not deform at high temperature and the wafer loading force is large;
b. Excellent thermal shock resistance and long service life;
c. The thermal expansion coefficient of the cantilever paddle is extremely small, which greatly prolongs the maintenance and cleaning cycle;
and drastically reduce pollutants
Other kiln furniture made by silicon carbide ceramic
Besides Reaction sintered silicon carbide SiSiC cantilever paddle for wafer loading, we also produce other kiln furniture including RBSIC/SISIC silicon carbide beams, nozzle tubes, spiral nozzle tube, swirl nozzle tube, oxide bonded SIC silicon carbide batts/setter plate and RBSIC cooling pipes.
Wear resistant RBSIC/SISIC silicon carbide products
Because our RBSIC/SISIC silicon carbide product have the advantages of excellent wear resistance, corrosion resistance and long service life, it can also be made into wear resistant linings which can be easily installed in processing pipes or cyclones.