Advantages of using quartz diversion tube
High purity - same material as quartz crucible, purity up to 99.99%.
|
|
|
|
|
NAME:Quartz feeder | NAME:Quartz cone | NAME:Quartz sheath | NAME:Quartz seam detector | NAME:Quartz guiding tube |
PURPOSE:Used for refeeding when pulling monocrystalline silicon. |
PURPOSE:Used with quartz feeder when refeeding for monocrystalline silicon pulling. |
PURPOSE:Used to protect graphite electrode of single crystal furnace. |
PURPOSE:Used to measure the distance between the liquid surface and the guiding tube |
PURPOSE:Instead of graphite internal guiding in CZ method, quartz guiding tube has the advantage of high purity and low cost. |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
|
|
NAME:Quartz feeder | NAME:Quartz cone |
PURPOSE:Used for refeeding when pulling monocrystalline silicon |
PURPOSE:Used with quartz feeder when refeeding for monocrystalline silicon pulling |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
|
|
NAME:Quartz sheath | NAME:Quartz seam detector |
PURPOSE:Used to protect graphite electrode of single crystal furnace. |
PURPOSE:Used to measure the distance between the liquid surface and the guiding tube |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
|
|
NAME:Quartz guiding tube |
|
PURPOSE:Instead of graphite internal guiding in CZ method, quartz guiding tube has the advantage of high purity and low cost. |
|
SIZE AND TOLERANCE:We can produce according to the customer's requirements. |
|
Product performance |
|||||||||
Typical value of impurity content(UNITE:PPM) |
|||||||||
Ai | Ca | Cu | Fe | K | Na | Li | Mg | Cr | Mn |
16.3 | 1 | <0.05 | 0.5 | 1.2 | 1.1 | 0.9 | 0.2 | <0.05 | <0.05 |
Physical properties |
|||||||||
Bulk density | Thermal conductivity | Coefficient of thermal expansion | softening point | Annealing point | Strain point | ||||
(g/cm3) |
(w/m·k,1000℃) |
(℃-1,1000℃) |
(℃) |
(℃) |
(℃) |
||||
2.2 |
2.28 |
5.5×10-7 |
1670 |
1210 |
1110 |