Special forces in the laboratory, have you ever encountered a situation where you need high-purity molybdenum materials but can’t find a suitable supplier? Today, let’s reveal a super practical scientific research tool-high-purity molybdenum sheet, molybdenum plate, molybdenum foil, molybdenum electrode plate!
As a scientific research expert, choosing the right material is half the success. The molybdenum sheet we produce is not only as pure as 99.96%, but also can be customized according to different specifications, from 1.0100200mm to 12100100mm, and even more customized specifications. Whether you are doing high-temperature experiments or material research, it can do it perfectly.
The application range of molybdenum materials is very wide. It can not only be used to make high-temperature furnaces and electrodes, but also in the electronics industry and aerospace fields. Imagine that your experiments have become more efficient and accurate because of these materials. Isn’t it exciting?
Molybdenum plates are used in many special steels. Some other common uses are molybdenum electrodes, vacuum furnace applications, nuclear energy, missiles and aircraft parts. Molybdenum plates are very hard and soft, and more resilient than tungsten. Molybdenum has a high elastic modulus, while tungsten and tantalum only have a higher melting point.
Molybdenum plates are made by rolling molybdenum plate blanks after pressing and sintering. Usually, 2-30 mm thickness is called molybdenum plate, 0.2-2 mm thickness is called molybdenum sheet, and 0.2 mm thickness is called molybdenum foil. Molybdenum plates of different thicknesses need to be manufactured by different types of rolling mills. Thinner molybdenum sheets and molybdenum foils have better curling performance and can be manufactured by continuous rolling mills with tension. They are provided in rolls and are called molybdenum strips.
The production process of molybdenum plates mainly includes cutting, punching and heat treatment.
First of all, molybdenum plate cutting is the first step in molybdenum plate processing. Commonly used cutting methods include mechanical cutting, flame cutting and plasma cutting. Mechanical cutting is to cut molybdenum plates by mechanical equipment. Commonly used equipment includes shearing machines, punching machines, etc. It is suitable for thicker molybdenum plates. Plasma cutting is to cut molybdenum plates by high-temperature plasma arc, which is suitable for thinner molybdenum plates.
Secondly, punching is the process of processing holes at designated positions on molybdenum plates. Common punching methods include punch punching and laser punching. Punch punching is to punch and shear the holes on the molybdenum plate through a punching machine, which is suitable for holes with larger diameters. Laser punching is to process the molybdenum plate through a laser, which is suitable for small diameter holes and holes with complex shapes.
Finally, heat treatment is one of the important links in molybdenum plate processing, and its content includes annealing, quenching, tempering and other steps. Heat treatment can change the internal structure of the pure molybdenum plate and improve its strength, hardness, toughness and other properties to meet the needs of different applications.
The production process of molybdenum plate needs to go through multiple steps of processing and treatment to obtain high-quality molybdenum plate products.
Post time: Feb-28-2025