What is Moly?
Molybdenum, also known as Moly, is a refractory metal (high temperature alloy) with a well-balanced range of properties making it a great solution for many different industries and applications. Moly, with a melting temperature of 4760℉, is useful in many high temperature applications where melting temperatures are a concern. In comparison to tungsten and tantalum, it has the third highest melting point. The metal’s extraordinary resistance to heat is possible thanks to the material’s high energy binding of individual atoms. This binding permits the use of the metal in many industrial applications that would not be feasible with common metals and alloys. Moly’s high melting point, excellent strength at elevated temperatures, low coefficient of thermal expansion, and high level of thermal conductivity make this the ideal solution for many applications. Additionally, Moly is softer and more ductile than tungsten contributing to its machinability but can also be alloyed with other compounds to increase specific performance attributes. Refer to alloys of Molybdenum such as Mola and TZM listed below. Our office stocks commonly requested Moly and TZM parts, but if you need an item not listed or a metric size please contact us directly for a custom quote.
What is TZM Alloy?
TZM Alloy, also known as Titanium-Zirconium-Molybdenum alloy, contains 0.50% Titanium, 0.08% Zirconium, and 0.01 – 0.04% Carbon. TZM is manufactured from molybdenum by using small quantities of tiny, extremely fine carbides through P/M or Arc Casting technology. This alloy is a great high strength solution for high temperature applications. The alloy is stronger than pure molybdenum and possesses a higher recrystallization temperature and better creep resistance. Commonly used in applications involving demanding mechanical loads, it’s recommended use temperature is between 700℃ & 1400℃.
What is Mola?
Molybdenum-Lanthom Oxide, also known as Mola, is an alloyed metal providing specific advantages over pure Moly. This alloyed metal is made by adding Lanthanum Oxide during the manufacturing process, giving the molybdenum a so-called stacked fiber microstructure which is stable at temperatures up to 2000℃. This special microstructure allows the alloy to be creep-resistant even under extreme use conditions. Additionally, the alloy has a lower cold shearing strength, higher tensile strength, and greater resistance to deformation at high temperatures. The alloy is an ideal materials for applications requiring dimensional stability and strength at temperatures above the capabilities of pure Moly or TZM. Common machining is done to produce furnace components such as stranded and other wires, sintering and annealing boats or evaporator coils. In the lighting industry, molybdenum-lanthanum oxide is used for example for retaining and feed wires.
- Excellent Strength & Stiffness at high temperatures.
- High purity and excellent creep resistance.
- Good machinability and easily fabricated.
- High dimensional stability and excellent corrosion resistance
- Low emissivity and vapor pressure.
- Good electrical conductivity and low thermal expansion
- Ductile and corrosion resistant.
- Excellent Thermal conductivity.
- Higher recrystallization temperature
- Better creep resistance
- Can withstand 30,000-psi stress for over 100 hr, 3x of pure Moly.
- Stacked fiber microstructure stable up to 2000℃
- Higher temperature of recrystallization
- Better ductility and wear resistance
- Lower cold shearing strength
- Higher tensile strength
- Greater resistance to deformation at high temperatures.
- Hot Zones for high-temperature furnaces.
- Sputtering targets for coating solar cells & flat screens.
- Glass melting electrodes
- Heat shields
- Semiconductor base plates.
- Brazing fixtures & Boring bars
- Tools & Contacts
- Pigments and catalysts.
- Filaments, ribbons, and wires for lighting
- Jet Tabs, rocket nozzles and missile parts
- Forging tools
- Supports, fixtures, and carriers.
- Hot runner nozzles
- Rotating anodes in X-ray tubes.
- Hot Die forming.
- Furnace construction and metal working.
- Casting moulds
- Furnace components such as stranded and other wires
- Vacuum furnace fixtures and heating elements
- Sintering and annealing boats
- Illumination and internal parts in light bulbs
- Electric vacuum device
- Tube component in cathod-ray pipe.
- Evaporator coils.
- Retaining and feed wires.
- Medical devices.
- Power semiconductor device.
- Applied magnet research.
- Aerospace and aircraft components.
Ready to order?
- Need a custom fabrication? Need metric sizes? Looking to order in bulk?
- If you have any additional questions or need a custom quote our team is always available to help.
Moly All-Thread$90.00 – $290.00 Select options
Moly Hex Nuts$3.00 – $18.00 Select options
Moly Rod$65.00 – $955.00 Select options
Moly Washers$2.50 – $3.00 Select options
TZM All-Thread$260.00 Select options
TZM Hex Nuts$12.00 Select options
Moly Wire$40.00 – $140.00 Select options
Molybdenum BoltSale! Select options
Moly OffcutsSale! Select options
Refractory TungstenRead more
TZM Molybdenum AlloyRead more
Refractory Mola AlloyRead more
Refractory Moly (Molybdenum)Read more
Refractory TitaniumRead more
Vacuum Heat Treating FurnaceRead more
What is Tungsten?
Tungsten is a refractory metal solution for the most demanding and extreme heat resistant applications with a melting temperature of 6188℉. This high temperature alloy has the highest melting point, lowest vapor pressure, and at temperatures over 3002℉ it has the highest tensile strength. Tungsten is practically indestructible. The metal is also characterized by a uniquely low coefficient of thermal expansion and high level of dimensional stability. This material is commonly used to manufacture high-temperature furnace and lamp components, and other components used in the medical field and thin-film technology.
- Highest melting temperature of all refractory metals
- Lowest vapor pressure
- Highest tensile strength at temperatures over 3002℉
- Low coefficient of thermal expansion.
- High dimensional stability.
- Windings and heating elements for electrical furnaces.
- Missile and high-temperature applications
- High-speed tool steels and other alloys.
- Electron and television tubes.
- Metal evaporation work.
- Filaments for electric lamps.
- Glass-to-metal seals.
- Electrical contact points.
- X-ray targets
Ready to order?
- Our tungsten fabrications are made to order.
- If you have any other questions, or need a custom quote our team is always available to help.
Other Refractory Metal and High Temperature Alloys
Our office provides many different mixed alloys of Moly and Tungsten dependent on our customer’s applications. If you need a custom quote for,
- Inconel & High temperature steel,
- Or any other specialty high temperature alloy
Please contact us directly to provide you with the needed material.