Cold-Rolled 360 361 363 Molybdenum Sheet

A: Key physical properties: Melting point ~2620°C; Density ~10.2 g/cm³; Thermal conductivity ~140 W/(m·K); Resistivity ~5.34 μΩ·cm.
Chemical composition (core):
360/361: Molybdenum (Mo) ≥ 99.95%. 360 carbon content ≤0.03%; 361 carbon content ≤0.01%.
363: Molybdenum (Mo) balance (~99.3-99.5%); Titanium (Ti) 0.40-0.55%; Zirconium (Zr) 0.06-0.12%

A: The operating environment for molybdenum and molybdenum alloys is crucial.
Protection is essential: All molybdenum materials are highly susceptible to oxidation at high temperatures (volatile oxides are rapidly formed above 400°C). Therefore, they must be used in a vacuum, hydrogen, or inert gas (such as argon) environment. Reference Temperature: Under the premise of ensuring a protective atmosphere, 360/361 pure molybdenum plates can operate continuously at around 1400°C. The high-temperature resistance of 363 molybdenum alloy can be increased to 1650°C or even higher.
New Material Selection: For operating conditions around 1800°C, molybdenum-lanthanum alloy (MLA), due to the doping of rare earth elements which increases the recrystallization temperature, is a more suitable choice than the materials mentioned above.

A: Molybdenum exhibits low-temperature brittleness at room temperature and is prone to cracking; heating is essential during processing.
Preheating is crucial: For plastic processing such as shearing, bending, and stamping, preheating is mandatory. Empirical parameters are as follows:
0.5mm thickness: Can be directly sheared at room temperature.
0.5~1.2mm thickness: Preheat to 350°C.
6.3mm thickness: Requires preheating to above 600°C.
Note anomalous embrittlement: Higher heating temperatures are not always better. When the temperature exceeds 1000°C, molybdenum undergoes recrystallization and grain growth, which also leads to brittleness and processing difficulties.
Handling and Storage: When handling thin sheets or strips, whose edges are very sharp, always wear cut-resistant gloves. Avoid impacts from heavy objects during storage to prevent cracking.

A: The required material dimension (Thickness*Width*Length,diameter*length; if possible, please kindly supply us with drawings).
They required more information, such as Surface Condition, Tolerance Request, Quantity, and other mechanical and technical details.
If it is possible, please also provide the application of products, and we will recommend the most suitable products with details for confirmation.

A: Each step of production and finished products will be carried out by inspection by the QC department before being stored in the warehouse. NG goods are not allowed in the completed goods warehouse.

A: Yes, when we get your inquiries, not only will we evaluate the most competitive price, but we can also get the most reasonable delivery time. So prompt delivery can be guaranteed.

A: The shipping cost is determined by the destination port, weight, packing size, and total CBM of the products. We will try our best to get the most reasonable shipping cost from the forwarders or express couriers to help you save more money.

A: If the Gross Weight is ≤45kg, it's better to use express services such as TNT, DHL, FedEx, etc.
If the Gross Weight is between 45kg and 100kg, express or by air to your nearest airport can be considered.
If the Gross Weight is≥ 100kg, you can choose by Air or Sea to the nearest port.