Elektrisch leitende Federn
Electrical Conducting Springs, such as the Handa Shielding Spring® canted coil spring are springs specifically designed to conduct electrical current while providing mechanical support. Made from highly conductive materials such as copper alloys or stainless steel, these springs facilitate the flow of electricity through electronic and electrical systems.
They are commonly used in applications where both electrical conductivity and mechanical flexibility are required, such as in connectors, switches, and various electronic devices.
Kundenspezifische Fertigung
Custom Electrical conducting springs
Je nach den Anforderungen des Kunden, Handa Abschirmung Zeichnungen oder Abmessungen und Anforderungen an die Arbeitsbedingungen für die Produktanpassung zur Verfügung stellen. Falls erforderlich, kontaktieren Sie bitte sunny@handashielding.com und ein professioneller Ingenieur wird Ihre Fragen beantworten. Wir danken Ihnen!
Electrical conducting springs Manufacturing
Electrical Conducting Springs are spring components used to conduct current and are commonly used in electronic equipment, connectors, switches and other electrical systems. Making these springs requires considerations of conductivity, material selection and precise engineering.
Following are the manufacturing steps of conductive springs:
1.Material selection
2.Manufacturing wire
3.Bending and forming
4.Heat treatment
5.Surface treatment
6.Quality control
7.Customization requirements
8.Packaging
Manufacturing Electrical Conducting Springs requires precision engineering and quality control to ensure they reliably conduct electrical current and meet the application’s performance requirements. Therefore, it is recommended to work with Handa Abschirmung to meet the needs of your specific application.
Materials & Plating
Elektrisch leitende Federn are made from various materials selected for their electrical conductivity, mechanical properties, and durability. The choice of material impacts the performance and suitability of the springs for specific applications.
- Stainless steel (302, 316, 316L)
- Zirconium Copper
- tin plated
- Beryllium copper
- gilded
- nickel plated
- Alloys (X750, 718, 3j21, elgliloy, Hastelloy C276)
- silver plated
Benifits
Electrical conducting springs are integral in various electronic and electrical systems where both reliable electrical performance and mechanical flexibility are essential.
- High Electrical Conductivity
- Mechanical Flexibility
- Durability
- Compact Design
- Reliable Performance
Applications
Handa Shielding Spring® canted coil springs ensure reliable current delivery to motors, even in shock and vibration environments.
Electrical conducting springs are essential components that combine electrical conductivity with mechanical flexibility and contribute to the reliability and efficiency of various systems and devices.
- Energy:Power Substation Disconnects
- Aerospace:Satellite Solar Arrays
- Transportation:EV Battery Connectors
- Industrial:Robot End Effectors/Grippers
Dimensions Measurement Guide
The size specifications of Electrical Conducting Springs will vary depending on the application, manufacturing standards and requirements, but the following are some common size specifications: Wire Diameter, Outer Diameter, Inner Diameter ), Coil Count, Free Length, Conductivity, Pitch, Material, Customization Requirements.
Our Elektrisch leitende Federn are available in a variety of sizes in non-welded lengths (for simple or complex groove configurations), as well as welded rings with a 0.020” (.51 mm) inside diameter. Since each electrical spring is custom made to fit your application We do not have “standard” sizes and types in stock. However, we do maintain a database of commonly requested diameters and cross-sections, which can be used as a baseline to simplify customization.
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Electrical Conducting Springs In the fields of electrical and mechanical engineering, electrical conducting canted coil springs have emerged as pivotal components due to......
