Product Introduction:
The hydrogen-nitrogen leak detection system utilizes a hydrogen-nitrogen gas mixture to trace leaks, achieving precise detection due to its high permeability, allowing for quick localization and quantification of leaks.
Product Introduction:
The multi-station helium mass spectrometer leak detector utilizes helium for rapid and accurate leak detection in sealed bodies, supporting multi-station operation to enhance efficiency. Widely applied in power, automotive, and refrigeration industries, it ensures product quality and safety.
Product Introduction:
This equipment is used to test the sealing performance of copper valve cores. The workstation has six operating stations, which inflate the valve cores with high and low-pressure gases to determine if there are any leaks through the system.
Product Introduction:
This equipment is a helium leak detector for sealed welding of liquid injection holes in power batteries. With a full-flow architecture and efficient processes, it achieves high-precision and rapid leak detection, meeting the testing needs of different products.
Product Introduction:
The automotive battery helium detector employs helium mass spectrometry technology to efficiently and accurately detect leaks in battery covers, enhancing the detection efficiency and safety of the new energy vehicle production line.
Application Scope:
The vacuum water quenching furnace is a double-chamber horizontal structure, which adopts water-based quenching medium and possesses extremely fast cooling speed. As water and high vacuum cannot coexist, the design difficulty is extremely high. This furnace is mainly used for the vacuum water cooling and solid solution treatment of ferroalloys, high-temperature alloys and other materials.
Product Introduction
This product is widely used in various fields, and provide the power supply system of the customer solutions from power environmental considerations, optimization of load collocation, power matching selection, designed to fit the needs of manufacturing, lean and efficient, timely maintenance and perfect, can completely meet the needs of customers.
Application scope:
The produced small-scale experimental furnace can realize processes including vacuum annealing, magnetic field annealing, vacuum brazing, and vacuum sintering. It is mainly used by users such as the R&D department of the factory to carry out some experiments or teaching in terms of material processing and process research. The experimental furnace can choose various forms of heaters made of materials such as nickel-chromium alloy, graphite, tungsten, and molybdenum according to different temperatures and furnace types.
Application Scope:
The vacuum oil quenching furnace is mainly used for vacuum quenching treatment of metal materials to improve the hardness and fatigue strength of the materials. After vacuum quenching, the workpiece has no oxidation or decarburization phenomenon, uniform hardness, small deformation, and bright surface.
Product Introduction:
The Transformer Static Mixing Vacuum Casting Equipment is a special equipment for the manufacturing of transformers, which adopts vacuum casting technology. Under the vacuum environment, this equipment casts and shapes the components and insulating materials of the transformer to improve the insulating performance and reliability of the transformer. It has the characteristic of precisely controlling the casting process parameters to ensure the stability of product quality.
Product Introduction:
This equipment is a helium leak detector for the sealing and welding of the filling hole of steel shell batteries. It mainly includes processes such as battery scanning, loading, evacuation, helium filling, helium detection, and unloading. By using a helium leak detector to detect the helium gas signal within the leak detection chamber, it can accurately and quickly determine the leakage status of the workpiece with high precision.
Product Overview:
The fully automatic single-phase temperature rise test device, HZDL-WS-5000A high-current generator, is suitable for current load tests and temperature rise tests of busbars, switch cabinets, circuit breakers, contactors, current transformers, and other electrical equipment.
During normal operation, electrical equipment continuously passes through working currents, converting energy into heat, which causes the temperature of electrical materials to rise. Exceeding a certain range can lead to a decline in the mechanical strength and physical properties of electrical materials, easily causing accidents. Therefore, national standards specify the allowable long-term operating temperatures or temperature rises for different electrical materials.