What are the specific applications of High Temperature Resistance Wear Resistance Tungsten Disc in the aerospace field?

High temperature resistance wear resistance tungsten disc has a wide range of applications in the aerospace field, mainly in the following aspects:

1. Engine parts: Tungsten chips are often used to manufacture high-temperature parts such as engine nozzles and combustion chambers because of their excellent high-temperature stability and wear resistance. These parts need to work under extreme high temperature and high-speed airflow, so there are extremely high requirements for high temperature resistance, thermal shock resistance and wear resistance of materials. Our tungsten products have been treated by special technology, which can maintain stable physical and chemical properties at high temperature, and at the same time resist the erosion and wear of high-speed air flow.
2. Thermal protection system: During the re-entry of aerospace vehicles, the thermal protection system needs to withstand extremely high temperature and pressure. Because of its high melting point and good thermal conductivity, tungsten sheet can be used to make reinforced phase or thermal insulation layer of thermal protection materials. These applications require tungsten sheet to have excellent high temperature resistance, low thermal expansion coefficient and good thermal shock resistance to ensure the effectiveness and reliability of thermal protection system.
3. Navigation and control system: In the navigation and control system of aerospace vehicles, some sophisticated instruments and equipment need to withstand high temperature and vibration. Because of its high density and good mechanical properties, tungsten sheet can be used to manufacture the base, supporting structure and other parts of these equipment. These applications require high precision, high stability and good machinability of tungsten sheets to ensure the normal operation and accuracy of the equipment.
In view of these specific applications, we have specially optimized and improved the performance of High Temperature Resistance Wear Resistance Tungsten Disc products. For example, in the application of engine parts, we pay attention to improving the thermal shock resistance and wear resistance of tungsten sheets; In the application of thermal protection system, we pay attention to the thermal conductivity and thermal shock resistance of tungsten sheet; In the application of navigation and control system, we emphasize the accuracy and stability of tungsten sheet. These optimization measures enable our products to better meet the special requirements of high-temperature wear-resistant tungsten sheets in the aerospace field.