Brass Precision Stamped Components
Unlike simple metal processing, Brass precision stamped components are the crystallization of material mechanics and mold engineering. By finely controlling the grain structure and optimizing the stress distribution design, we ensure that each product can maintain excellent dimensional stability even under extreme working conditions. Whether it's micro precision electronic connectors or pressure grade large valve components, this series of products adheres to strict engineering standards to assist global customers in achieving the optimal balance between product performance and manufacturing costs.
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Product Introduction

With years of deep expertise in stamping processing and copper connection components, we focus on supplying Brass precision stamped components featuring high precision, stability and cost efficiency to global industrial clients. Backed by mature cold stamping technology, standardized material management and modular customization solutions, our Precision brass stamped parts serve as core basic components in engineering sectors including electronics and electrical, hardware decoration, machinery and new energy transportation. We are dedicated to resolving key pain points including insufficient structural accuracy, unstable conductivity, inadequate wear and corrosion resistance, and high mass production costs, delivering long‑term reliable component support for various end devices.
specific parameters
Hardness
The Brinell hardness (HB) of Brass precision stamped components is usually between 60-160, which can be adjusted through cold work hardening or annealing treatment to meet the different needs of wear-resistant and elastic parts.
Process impact: The hardness of parts that have undergone cold work hardening treatment is significantly improved, making them particularly suitable for wear-resistant applications such as gears and shaft sleeves.
Conductivity
The conductivity of Brass sheet metal stamping is 20% -60% IACS, which meets the conductivity requirements of the vast majority of electrical connection components while balancing mechanical performance and cost.
Selection suggestion: In applications that focus on both mechanical strength and cost-effectiveness (such as ordinary electrical connection components), it is the best balanced choice.
Tensile strength
The conventional state of the Electrical brass switch socket part is 300-600MPa, which can be further improved after forging or hot rolling strengthening, and is suitable for structural components that can withstand tensile loads.
Process impact: Stamped parts that have been forged or hot-rolled have higher tensile strength and can withstand greater tensile loads, making them commonly used in the manufacturing of critical structural components.

Application scenarios
New energy EV and photovoltaic energy storage
Electric brass stamping part for wall switch sockets are applied in fuse copper caps, battery connectors, capacitor terminals, and busbar brackets, with a focus on high electrical conductivity, vibration resistance, and high-temperature durability.
01
Electrical Control and Communication Industrial Control
Electrical brass metal stamping for socket switches is employed in relays, contactors, switch springs, and terminal blocks, where it demands low contact resistance, high elastic resilience, and extended service life.
02
Mechanical and Fluid Control Engineering
Electrical contact assemblies brass stamped parts are widely utilized in valve components, shaft sleeves, gears, and bushings, where it leverages the inherent wear resistance and corrosion resistance of brass to deliver exceptional long-term operational stability and reliability.
03
High end hardware and decoration engineering
Brass contact plug pins for electric switch socket parts are applied to door locks, bathroom fittings, lighting fixtures, and handles; featuring a naturally elegant color, brass can boost product quality without the need for complex processing.
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Key Procurement Information
The minimum order quantity of Brass precision stamped components is 1,000 pcs/item, and for non-standard customized products, the minimum order quantity can be negotiated according to research and development needs. The delivery cycle for samples of product is 20-30 days (using laser cutting or CNC punching), and the delivery cycle for bulk orders is 10-15 days. The product is packaged in an EPE inner tray+outer box/pallet, which can effectively avoid compression and deformation during transportation.

Contact Us
Inquiry does not constitute a binding commitment to place an order. We sincerely welcome all kinds of inquiries about our products, prices, specifications and related services, and will reply to you with professional and detailed information in a timely manner.
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