1mm Thickness SS316L Electrode Plate For The Electrochemical Industry

Products Specifications

Products Features

 

 

Customized Precision Machining
Each electrode plate is fabricated entirely based on detailed customer drawings, with precise control over every stage from cutting and forming to surface finishing. It can be flexibly adapted to specific needs such as equipment interfaces, mounting hole patterns, and electrical connection requirements, ensuring perfect physical and functional compatibility within the end-use device and preventing installation issues or performance loss due to dimensional inaccuracies.

Exceptional Corrosion and High-Temperature Resistance
Utilizing stainless steel 316L as the core material, its low carbon content and added molybdenum significantly enhance resistance to chloride pitting and crevice corrosion, delivering superior performance in acidic, alkaline, and halide-containing media. The material also maintains excellent structural stability and oxidation resistance at elevated temperatures, making it suitable for continuous high-temperature operation and extending its service life.

 

 

Stable Electrochemical and Electrical Conductivity
The electrode plate undergoes uniform surface treatment to ensure even current distribution and minimize risks of localized overheating. Stainless steel 316L provides low resistivity and high charge transfer efficiency, enabling consistent and reliable electrical conduction over prolonged periods while reducing energy loss. This makes it ideal for applications requiring precise current control and high-frequency switching.

High Mechanical Strength and Durability
Despite its 1 mm thickness, through optimized material heat treatment and processing techniques, the electrode plate achieves an optimal balance of rigidity, deformation resistance, and fatigue strength. It can endure operational stresses such as vibration, pressure, and mechanical loads without significant bending, fracturing, or performance degradation, ensuring continuous and reliable equipment operation.
 

 applications

►Electrochemical Industry
Used as anode or cathode components in electrolytic cells, electroplating baths, electrophoretic coating equipment, and electrochemical synthesis reactors. It facilitates current conduction and serves as a reaction medium in processes like metal refining, electroplating, and chemical product manufacturing.

►Water Treatment and Environmental Protection Equipment
Employed in electrochemical water treatment systems, electrocoagulation units, and disinfection devices. It enables the removal of heavy metal ions, organic compounds, and microorganisms via electrolysis for wastewater purification, drinking water disinfection, and circulating water softening.

►New Energy and Energy Storage Systems
Serves as a key conductive component in fuel cells, water electrolyzers for hydrogen production, and flow batteries. It is responsible for electron transfer and reaction interface support, applicable to renewable energy storage, hydrogen generation, and distributed energy systems.

►Medical and Bioengineering Equipment
Integrated into medical instruments such as electrotherapy devices, biosensors, and laboratory electrochemical bioreactors. Its biocompatibility and resistance to sterilization protocols meet medical-grade hygiene standards, supporting precise therapeutic and bioanalytical applications.

►Industrial Heating and Smelting Equipment
Functions as a heating element or current carrier in induction heating systems, resistance heaters, and specialized furnaces. It efficiently converts electrical energy into thermal energy for processes including metal heat treatment, glass processing, and semiconductor material preparation.

Scientific Research and Experimental Devices
Applied in fields such as materials science, chemical analysis, and physical experimentation as customized experimental electrodes or test platform components. It meets specific research requirements for electrode geometry, dimensions, and material properties, supporting cutting-edge technology development.
 

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