High Voltage DC Contactor Stamped Pure Iron Armature
High Voltage DC Contactor Stamped Pure Iron Armature

High Voltage DC Contactor Stamped Pure Iron Armature

This High Voltage DC Contactor Stamped Pure Iron Armature suitable for new energy vehicle relays. It is precision-riveted using DT4C pure iron, C17200 beryllium copper, and silver alloy rivets. Utilizing cold heading riveting and a proprietary passivation process, the contacts are firmly bonded, resistant to salt spray for over 72 hours, exhibit low contact resistance, and are durable in arc suppression. It is compatible with 800V automotive high-voltage DC systems. The product complies with IATF16949, RoHS, and REACH standards, undergoes full inspection before leaving the factory, and supports customized sizes and structures. It is widely used in automotive power distribution units, horn switches, etc. Drawing evaluation and OEM support services are available.
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What is a High Voltage DC Contactor Stamped Pure Iron Armature?

 

High Voltage DC Contactor Stamped Pure Iron Armature

High Voltage DC Contactor Stamped Pure Iron Armature is designed for automotive relays and high voltage DC contactor systems where electromagnetic movement, electrical conductivity, and mechanical endurance must work together under vibration and temperature cycling conditions. The assembly integrates a stamped pure iron armature, beryllium copper (BeCu) spring blade, and silver-based contact rivet through precision riveting technology. The integrated structure eliminates secondary component alignment and provides stable contact positioning during repeated switching operations.

The Precision Relay Armature provides magnetic response for relay actuation, while the BeCu spring maintains elastic recovery force and conductive performance. The silver contact interface is engineered for repeated current switching applications, including automotive power distribution, vehicle control modules, and DC relay systems.

 

 
Manufacturing Process & Structural Reliability of Relay Armature
 
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Cold-Heading Precision: We employ high-tonnage eccentric presses to achieve a precise metallurgical bond between the AgSnO2 contact tip and the base alloy of New Energy Vehicle Relay Armature. This prevents contact separation caused by thermal expansion mismatch for EV power switching parts.

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Surface Passivation: All components of EV Relay Magnetic Armature undergo a proprietary chemical passivation process. This enhances surface corrosion resistance against automotive fluids and environmental humidity, exceeding 72-hour salt spray test standards for long-life automotive relay assemblies.

Detailed Display of the High Voltage DC Contactor Stamped Pure Iron Armature

 

 

 

 

 

 

 

 

 

 

Application Integration: Automotive HVDC Systems

Power Relay Armature is engineered specifically for the harsh electrical environments of automotive relay and contactor systems. The low-resistance contact patch minimizes heat generation during peak current draw.

 

High-Voltage DC Switching

EV Relay Magnetic Armature is designed for 800V HVDC EV contactors where arc-suppression is vital. The AgSnO2 material composition limits material transfer during make-break operations, extending operational lifespan.

Automotive Control Relays

Soft Magnetic Armature for EV Relay has proven performance in automotive horn switches and power distribution units (PDUs). The high fatigue strength of the BeCu substrate ensures consistent contact pressure throughout the vehicle's service life.

High Voltage DC Contactor Stamped Pure Iron Armature Application Scenarios

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Frequently Asked Questions about Armature for Electromagnetic Relay
 

What materials are used in Pure Iron Armature for EV Relay?

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The assembly typically combines pure iron for the magnetic armature, beryllium copper for the spring blade, and silver alloy for the electrical contact. Each material is selected according to magnetic response, elasticity, and switching performance requirements.

Can the Movable Armature Plate for EV Relay structure be customized?

 

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Yes. Armature dimensions, spring geometry, contact specifications, and riveting positions can be modified according to customer drawings, relay structures, and electromagnetic design requirements.

What quality standards apply to Precision Stamped EV Relay Armature?

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Production can follow automotive manufacturing control requirements, including IATF 16949 systems, with material compliance verification in accordance with RoHS and REACH environmental regulations.

What is the delivery time for your company's Precision Relay Armature?

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Samples typically take 10-15 days, and mass production takes approximately the same amount of time.

Are all Power Relay Armature products inspected before shipment?

 

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Yes, we conduct 100% inspection before shipment.

Electrician Pure Iron Cold Rolled Steel for High Voltage DC Contactor Stamped Pure Iron Armature

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

contact us

For automotive relay and HVDC contactor applications requiring High Voltage DC Contactor Stamped Pure Iron Armature, submit your drawings or samples for engineering evaluation.

 

The production team supports OEM development from tooling design and prototype validation to volume manufacturing, with material traceability, precision stamping capability, and RoHS/REACH compliant processing. Contact us today to review your custom Relay Armature Soft Magnetic Iron requirements.

Mr. Terry from Xiamen Apollo

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