Metal Alloy 99.95% Purity Molybdenum Tube 0.3mm Thickness

Description of Metal Alloy 99.95% Pureity Molybdenum Tub 0.3mm Thickness ：  

Physical properties:

Density: Molybdenum is a high-density metal; the density of pure molybdenum is 10.22 g/cm³. Therefore, a molybdenum tube with a thickness of 0.3mm has a higher density, meaning it has an excellent weight-to-strength ratio.

Melting point: The melting point of molybdenum is high, 2620℃. Therefore, a 0.3mm thick molybdenum tube is stable in a high-temperature environment.

Electrical conductivity: Molybdenum is an excellent electrical conductor; its electrical conductivity is about 50% of copper. Therefore, molybdenum tubes of this thickness can make conductive parts in electronic devices.

Chemical properties:

Corrosion resistance: Molybdenum shows good corrosion resistance in many chemical environments. For example, in solid acids such as hydrochloric acid, nitric acid, hydrochloric acid, sulfuric acid, and hydrofluoric acid, molybdenum tubes can remain stable. However, it is not resistant to alkali and ammonia.

Oxidation resistance: At high temperatures, molybdenum reacts with oxygen to form a dense oxide film, thereby protecting the interior from further oxidation. This characteristic makes molybdenum tubes have better oxidation resistance in high-temperature environments.

Mechanical properties:

Strength: The strength of the molybdenum tube is related to its thickness. Because the thickness of the molybdenum tube is 0.3mm, its power is relatively low. However, the molybdenum tube has a high elastic modulus and yield strength, so it is not easy to deform when stressed.

Hardness: The hardness of a molybdenum tube is related to its thickness. Due to the thinner thickness, molybdenum tubes of this thickness have higher hardness. This helps to improve the wear and corrosion resistance of molybdenum tubes.

Fatigue strength: The fatigue strength of the molybdenum tube is related to its thickness. Due to the thin consistency, the fatigue strength of molybdenum tubes of this thickness is relatively low. However, the fatigue strength of the molybdenum tube can be enhanced through appropriate design and manufacturing processes.

Production Method of Metal Alloy 99.95% Pureity Molybdenum Tub 0.3mm Thickness ：  

Raw material preparation: The raw materials required to prepare the molybdenum tube include high-purity molybdenum powder, molybdenum strip, molybdenum foil, etc. The purity and quality of these raw materials significantly impact the final product's performance and, therefore, require strict quality control.

Billet preparation: molybdenum powder is prepared into billets with a specific shape and size by pressing, sintering, or hot isostatic pressing. In the process of billet preparation, it is necessary to control the pressing pressure, sintering temperature, and time to ensure the density and purity of the billet.

Processing and forming: the blank is turned, milling, drawing, and other processing and forming operations to obtain the required shape and size of the molybdenum tube. In the processing process, it is necessary to use advanced CNC machine tools and special tools and strictly control the processing parameters to ensure the accuracy and quality of the molybdenum tube.

Heat treatment: Heat treatment is required to eliminate the internal stress generated during processing and improve the mechanical properties and corrosion resistance of molybdenum tubes. Heat treatment temperature and time need to be controlled according to specific requirements to ensure that the organization and performance of the molybdenum tube reach the best state.

Surface treatment: To improve molybdenum tubes' corrosion resistance and oxidation resistance, surface treatment can be carried out. Surface treatment methods include coating, nitriding, coating, etc. In the surface treatment process, it is necessary to choose the appropriate coating material and treatment process to ensure the quality and effect of the surface treatment.

Quality inspection: Quality inspection of the prepared molybdenum tube, including appearance inspection, size measurement, mechanical property testing, chemical composition analysis, etc. Only molybdenum tubes that meet the quality requirements can be considered qualified products.

Packaging and transportation: The qualified products are packaged to prevent contamination and damage. Packaging materials should be selected for moisture, shock, rust, and other materials to ensure the quality and safety of molybdenum tubes during transportation.

Application of Metal Alloy 99.95% Pureity Molybdenum Tub 0.3mm Thickness ：

High-temperature furnace tube: Molybdenum tube has excellent high-temperature stability and can be used to make furnace tubes in high-temperature furnaces. At high temperatures, molybdenum tubes can maintain better shape and performance and withstand high temperatures and high-strength environmental conditions. Therefore, molybdenum tubes are widely used in high-temperature furnaces in metallurgy, ceramics, solar energy, and other fields.

Electronic equipment: Molybdenum tube has good electrical conductivity and corrosion resistance and can be used to make conductive parts and connectors in electronic equipment. For example, molybdenum tubes can be used in integrated circuits as interconnects, electrodes for capacitors, and so on. In addition, molybdenum tubes can be used to make packaging materials and radiators for electronic devices.

Chemical equipment: Molybdenum tube corrosion and oxidation resistance are widely used in chemical equipment. For example, in chemical reactors, pipes, and valves, molybdenum pipes can resist the corrosion of various chemical substances. In addition, molybdenum tubes can be used to make structural and sealing materials for chemical equipment.

Aerospace: Molybdenum tube has good corrosion resistance characteristics, making it widely used in the aerospace field. For example, molybdenum tubes can be used in aircraft engines as materials for high-temperature gas conduits and combustion chamber components. In addition, molybdenum tubes can be used to make spacecraft structural and protective materials.

Medical field: Molybdenum tubes are also widely used in the medical field. For example, in medical devices, molybdenum tubes can be used as materials such as surgical instruments, stents, and artificial joints. In addition, molybdenum tubes can be used to make structural and protective materials for medical equipment.

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