Stamped Formed L Shaped Brass Terminal Selective Tin Plating For Electrical Equipment

Description
 

Stamped and Formed L-Shaped Brass Terminal with Selective Tin Plating is a precision metal component designed for reliable electrical conductivity and efficient assembly. Manufactured from high-quality brass through precision stamping and forming processes, the L-shaped structure allows flexible installation and stable mechanical connection in compact electrical assemblies.

The selective tin plating applied to specific contact areas improves solderability, reduces contact resistance, and enhances corrosion protection while optimizing overall cost. This localized plating design is ideal for applications where reliable electrical performance is required only at designated contact points.

The brass terminal offers good conductivity, mechanical strength, and dimensional consistency, making it suitable for automated assembly and mass production. It is widely used in electrical connections, connectors, sockets, switches, and PCB assemblies.

Custom dimensions, thicknesses, and plating areas can be provided according to drawings or samples. OEM and ODM services are supported.

Why Choose Dongguan Kaiyan Hardware Products Co., Ltd.

Dongguan Kaiyan Hardware Products Co., Ltd. is a professional manufacturer specializing in precision metal stamping and formed electrical contact components. With years of manufacturing experience, we provide stable, reliable, and cost-effective metal solutions for global customers.

Expertise in Precision Metal Stamping

We focus on the production of electrical contacts, terminals, spring contacts, conductive tabs, and shielding components. Advanced stamping and bending processes ensure high dimensional accuracy, consistent performance, and suitability for automated assembly.

Wide Material Selection Capability

Kaiyan works with phosphor bronze, brass, stainless steel, and other metal materials to meet different requirements for conductivity, elasticity, strength, and durability across various applications.

Surface Finishing and Performance Optimization

We offer multiple surface treatments, including nickel plating, tin plating, zinc plating, silver plating, and gold plating. These finishes improve corrosion resistance, solderability, wear resistance, and long-term contact reliability.

OEM & ODM Customization Support

From design evaluation and tooling development to sample production and mass manufacturing, we provide one-stop OEM and ODM services. Custom dimensions, structures, and performance specifications are supported.

Strict Quality Control System

Quality is strictly controlled throughout material inspection, in-process monitoring, and final inspection to ensure consistent quality and reliable electrical performance.

Export-Oriented Service & Reliable Delivery

With extensive export experience, we understand European and American market standards and purchasing requirements. Stable production capacity, clear communication, and on-time delivery help reduce sourcing risks and accelerate time to market.

FAQ – Stamped Brass Contact & Metal Stamping Parts

1. What materials are available for stamped and bent metal contact strips?

We offer contact strips made from phosphor bronze, brass, and stainless steel. Material selection depends on conductivity, spring performance, corrosion resistance, and application requirements.

2. Can you provide custom designs for metal contact strips?

Yes. Custom stamping and bending designs are supported based on drawings, samples, or technical specifications. OEM and ODM projects are welcome.

3. What surface finishes are available?

Common surface treatments include tin, nickel, silver, and gold plating to improve solderability, wear resistance, and contact reliability.

4. What applications are these contact strips used for?

They are widely used in connectors, PCB assemblies, sockets, battery contacts, automotive electronics, and industrial control equipment.

5. How do you ensure product quality?

All contact strips are produced under strict quality control, including material inspection, dimensional checks, and electrical performance testing, ensuring consistent and reliable quality.