
M12 Molybdenum Bolt Manufacturer | High Temperature Vacuum Furnace Fastener
M12 high purity molybdenum bolts for vacuum furnaces, sapphire crystal growth furnaces and high-temperature equipment. Custom length, thread and machining available.
$40.00
High purity M12 molybdenum bolts are designed for vacuum furnaces, single crystal furnaces and high-temperature industrial equipment. Manufactured from premium molybdenum material with excellent thermal stability, low thermal expansion and reliable performance under extreme conditions.
Product Overview
M12 High Purity Molybdenum Bolt for High Temperature Furnaces
ZSWMO manufactures precision machined M12 molybdenum bolts for high-temperature vacuum applications.
Molybdenum is an ideal material for furnace fasteners because it maintains excellent mechanical strength at elevated temperatures, provides low thermal expansion and performs reliably in vacuum environments.
This M12 molybdenum bolt is commonly used for:
Vacuum furnace assemblies
Single crystal growth furnaces
Sapphire furnace components
High-temperature structural connections
Compared with conventional metal fasteners, molybdenum bolts provide better resistance to thermal stress and deformation in extreme operating environments.
Key Features
✅ Material: High Purity Molybdenum
✅ Thread Size: M12
✅ High Temperature Resistance
✅ Excellent Vacuum Compatibility
✅ Low Thermal Expansion
✅ Good Mechanical Stability
✅ Precision Thread Machining
✅ Custom Length Available
✅ Drawing-Based Production
Technical Specifications
Item | Specification |
|---|---|
Product Name | M12 Molybdenum Bolt |
Material | Pure Molybdenum (Mo) |
Purity | ≥99.95% |
Thread Size | M12 |
Thread Type | Metric Thread |
Length | Customized |
Head Type | Hex Head / Socket Head / Custom |
Surface | Machined / Polished |
Application | Vacuum Furnace & High Temperature Equipment |
Product Applications
Vacuum Furnace Fastening Components
M12 molybdenum bolts are used for:
Heat shields
Furnace supports
Heating assemblies
Thermal insulation structures
Single Crystal Furnace
Applications:
Sapphire growth furnace
Crystal pulling equipment
Thermal field components
Semiconductor Equipment
Used in high-purity thermal processing systems requiring refractory metal fasteners.
Custom Machining Service
ZSWMO provides customized molybdenum bolt manufacturing:
Thread Processing
M12 standard thread
Custom thread pitch
Special thread designs
Machining Options
Hex head bolts
Socket head bolts
Stud bolts
Special-shaped fasteners
Custom Requirements
Customers can provide:
Drawing
Bolt length
Thread specification
Working temperature
We provide complete machining solutions.
Material Options
Pure Molybdenum (Mo)
Suitable for:
Standard vacuum furnace applications
High purity environments
Mo-La Molybdenum Alloy
Suitable for:
Higher temperature applications
Improved recrystallization resistance
Longer service life
Why Choose ZSWMO
20+ years tungsten and molybdenum manufacturing experience
Professional refractory metal machining
Precision thread processing
High purity molybdenum materials
Custom furnace components
Factory direct supply
Related Products
Molybdenum Fasteners
Tungsten Bolts and Screws
Molybdenum Tube
Tungsten Tube
Tungsten-Rhenium Thermocouple
FAQ
What is the thread size of this molybdenum bolt?
The standard thread size is M12.
Can you customize M12 molybdenum bolt length?
Yes. Bolt length and structure can be customized according to customer drawings.
What applications use M12 molybdenum bolts?
They are mainly used in vacuum furnaces, single crystal furnaces, sapphire growth equipment and semiconductor thermal systems.
What material is the bolt made from?
The standard material is high purity molybdenum with purity ≥99.95%.
Can you produce other sizes?
Yes. We manufacture M-series molybdenum bolts, screws and custom fasteners.
Request a Quote
Need M12 molybdenum bolts for high-temperature furnace applications?
Send us your drawings or specifications.
ZSWMO provides precision machined molybdenum fasteners for vacuum furnaces, single crystal furnaces and advanced industrial applications.
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