Stamping Riveting Electrical Brass Press Part
Stamping Riveting Electrical Brass Press Part

Stamping Riveting Electrical Brass Press Part

These Stamping Riveting Electrical Brass Press Parts are made from premium‑grade brass. Precision stamping‑riveting delivers tight tolerances, good conductivity, and corrosion resistance. Full‑batch multi‑item testing supports custom designs for sockets, terminals, and electrical contact assemblies.
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What is the Stamping Riveting Electrical Brass Press Part?

 

 

Stamping Riveting Electrical Brass Press Part is a precision-formed brass component used in electrical connector sockets, switch terminal assemblies and conductive connection structures. Manufactured through sheet-metal stamping, forming and riveting operations, the component combines an electrically conductive brass body with application-specific mounting and joining features. Production can be configured according to customer drawings, material specifications, dimensional requirements and assembly conditions, supporting prototype validation and repeat OEM production for low-voltage electrical equipment and smart home devices.

Stamping Riveting Electrical Brass Press Parts
 
Technical Specifications & Materials of Brass Sheet Metal Stamping Parts

 

Parameter Category Standard Value / Specification
Raw Material Grade Cu: 64.0–68.5%, Zn: Balance, Pb ≤ 0.05%
Material Temper Tensile Strength: 370–490 MPa
Electrical Conductivity 27.5% – 28.5% IACS (16.0–16.5 MS/m)
Rivet Push-Out Force ≥ 180 N (Push-out force before strip shear)
Vickers Hardness 105 – 145 HV1.0

 

H65 Brass Strip Material for Stamping Riveting Electrical Brass Press Parts

 

 

 

 

 

Precision Stamping & Cold-Staking Processes of Brass Metal Stampings

 

 

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Progressive Die Layout & Stamping Execution

The production sequence utilizes multi-station progressive tooling crafted from tungsten carbide inserts (CD-650). The initial stations execute high-precision pilot hole punching, followed by progressive profile blanking, strip notch formation, and strain-relief radius coining.

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Integrated Rivet Feeding & Heading

At station 8 of the progressive sequence, an automated pneumatic vibratory feeder inserts the contact rivet into the pre-punched hole. The upper punch exerts a calculated axial coining force to form a closed-tail rivet head, locking the rivet flush against the lower countersunk recess of the brass body.

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Progressive Bending & Spring Back Compensation

Angles and terminal legs undergo secondary forming using spring-back-compensated punch geometry. Die clearances are calibrated to grain direction, ensuring that high-stress bend angles achieve zero radius cracking and absolute parallel alignment across multi-pin configurations.

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In-Line Optical Inspection & Ejection

Before continuous strip cut-off, high-resolution visual sensors check every Brass Stamping Brass Stamped Parts Components for rivet head presence, coining height, and overall flatness. Defective parts are ejected immediately via air-jet sorters, ensuring 100% compliant part output to carrier tape reelers or bulk packaging bins.

In-die Riveting & Stamping Riveting Electrical Brass Press Parts

 

 

 

 
Quality Control & Shear Strength Verification of Brass Stamped Parts Components
 
01/

Incoming Raw Material Verification
Every coil of brass sheet undergoes spectral analysis via X-ray fluorescence (XRF) to confirm chemical composition boundaries. Mechanical testing includes tensile testing and 180-degree bend testing to prevent batch-to-batch temper variations from altering spring force specs.

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Mechanical Joint Shear Testing
Samples from every production lot undergo destructive push-out and pull-off tests using a calibrated universal tensile tester. The joint must demonstrate shear retention exceeding 180 MPa before any micro-movement between the rivet shank and brass aperture occurs.

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Electrical Impedance & Resistance Audits
Contact resistance across the riveted interface is audited under 10A DC low-level circuit conditions. Statistical Process Control (SPC) limits force the process to hold joint resistance below 1.2 mΩ, preventing localized hot spots during downstream field usage.

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Salt Spray Corrosion Testing
Plated parts undergo neutral salt spray testing for 72 hours minimum. Zero red rust or base metal corrosion exposure is permitted, guaranteeing long-term shelf storage and installation reliability in unconditioned industrial enclosures.

Good Quality of Stamping Riveting Electrical Brass Press Parts Depends on Advanced Testing Equipments

 

 

 

Submit your technical drawings or sample specifications to our engineering team today to receive a factory-direct quotation and DFM evaluation for your custom Stamping Riveting Electrical Brass Press Part requirements.

Mr. Terry from Xiamen Apollo

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