Design and Transmitter Layout Optimization of Online Monitoring System for Diaphragm Chamber Pressure of Hydrogen Compressor

Analysis of the accuracy requirements of pressure transmitters in monitoring the differential pressure between the inlet and outlet of a diaphragm hydrogen compressor

Test Method for Sensitivity and Stability of Water Flow Switches in Vacuum Sintering Furnaces under Low-Flow Conditions

Flow Monitoring for Water-Cooled Jackets of High-Temperature Vacuum Furnaces: Research on Optimizing the Installation Position of Water Flow Switches

Multi-layer Protection Design for Vacuum Furnace Cooling Water Systems: Flow Switch and Temperature Interlock Control Scheme

Selection of Cooling Water Flow Switches for Vacuum Sintering Furnaces: A Comparison of Target-Type and Baffle-Type Suitability

Reliability Enhancement and Fault Early-Warning Design for the Cooling Water Flow Monitoring System of Vacuum Sintering Furnaces

Water Flow Switches vs. Flow Meters: A Technical Comparison of Cooling Water Monitoring Solutions for Vacuum Furnaces

acuum debinding and sintering is a critical process for preparing high-density and high-purity metal and ceramic materials. The furnace needs to complete low-temperature debinding and high-temperature sintering in a continuous vacuum environment, with the internal temperature soaring up to hundreds or even thousands of degrees Celsius. Long-term high-temperature operation will generate a large amount of radiant heat and conductive heat, which poses a serious threat to precision components such as furnace door sealing rings, cooling jackets and vacuum pumps.