Pure Mo Crucible For Metallurgical Industry Rare Earth Industry Molybdenum Crucible For Muffle Furnace Melting Crucible
Mo Crucible For Metallurgical Industry, Monocrystalline Silicon, Solar Energy, Artificial Crystals, Rare Earth Industry
1. Description Of Molybdenum crucible:
The operational temperature range for the molybdenum crucible is between 1100°C and 1800°C. It is comprised of Mo-1 molybdenum powder. primarily utilized by the machining, monocrystalline silicon, solar energy, rare earth, and metallurgical industries.
2. Classification Of Molybdenum crucible:
Molybdenum crucibles come in a variety of forms, including machine, welding, riveting, and stamping crucibles. Forged Molybdenum Crucible,Sintered crucible.
3. Size Of Molybdenum crucible:
Sintered Molybdenum Crucible
|
Puirty
|
Density
|
Size
|
Tolerance
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Wall thickness
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Surface roughness
|
|||
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99.95%
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≥9.8g/ cm3
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Diameter(mm)
100-600
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Height(mm)
100-1000
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Diameter
+/-0.5
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Height
+/-2.0
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8-20(mm)
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Ra=1.6
|
|
Machined Molybdenum Crucible
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Purity
|
Density
|
Size
|
Tolerance | Wall thickness | Surface roughness | |||
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99.95%
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≥10.2
|
Diameter(mm)
10-100
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Height(mm)
10-200
|
Diameter
+/-0.2
|
Height
+/-1.0
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1-20(mm)
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Ra=1.6 |
|
Please send us inquiries and drawings for any other size and shape. In line with your email, we will respond to you.
4. Production Craft Of Molybdenum crucible:
The following describes a molybdenum crucible manufacturing process and its individual steps are as follows:
1) Using molybdenum powder as raw material;
2) Produced with cold and other fine presses;
3) Sintering treatment;
4) Use flowing water to cool the intermediate frequency sintering furnace for 9 to 10 hours after sintering;
5) Remove the molybdenum rod and warm it up in the muffle furnace;
6) Remove the molybdenum rod, forge it 30–40 times using an air hammer with a 1000 kg impact force;
7) The molybdenum crucible is created by machining the groove, the outer circle, and the end face until the molybdenum crucible's surface roughness reaches Ra1.6-Ra3.2m.
The molybdenum crucible produced using this method has the benefits of being less expensive and requiring less equipment. The crucible is initially formed into a solid, powdery billet, and then the grains are refined through a second, high-temperature crystallization process. This increases the crucible's strength and resilience. high temperature.
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