Five-hole Brass Stamping Part
Five-hole Brass Stamping Part features precise dimensions, consistent hole alignment, and smooth edges for reliable assembly. Made from high-grade brass, it provides good electrical conductivity and corrosion resistance. Xiamen Apollo offers custom stamping, fast turnaround, strict quality control, and flexible production capacity for both small and large OEM orders.
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Product Introduction
The Five-hole Brass Stamping Part is a precision metal component manufactured through a high-speed stamping process, designed for efficient electrical and mechanical connections. Its five-hole configuration ensures secure fastening and optimal current distribution in various applications. Made from durable brass, this lightweight yet sturdy part resists wear and corrosion while maintaining excellent conductivity. Commonly used in electronics, automotive systems, and industrial equipment, it serves as a reliable interface component. The smooth surface finish and consistent quality make it ideal for demanding technical environments where precision and durability are essential.
Product features of Five-hole Brass Stamping Part
Precision Engineering
The brass five-hole stamping component is manufactured with high precision to ensure consistent hole alignment and smooth edges. This makes it ideal for applications requiring exact fittings, such as electrical connectors and mechanical assemblies. Its dimensional accuracy guarantees reliable performance in demanding environments.
Durable & Corrosion-Resistant
Made from high-quality brass, the five-hole brass stamped assembly offers excellent durability and resistance to corrosion. This ensures long-term functionality even in humid or high-temperature conditions, making it suitable for automotive and industrial applications.
Versatile Applications
The brass stamping part with five holes is designed for flexibility, serving multiple purposes across industries. Its lightweight yet sturdy construction allows for efficient use in electronics, machinery, and precision instruments, providing secure fastening and optimal conductivity.
Manufacturing Process of Five-hole Brass Stamping Part
Brass Coil Material Selection
Selected brass coil is used as the raw material for Five-hole Brass Stamping Parts. Material thickness and grade are specified according to the required conductivity, forming characteristics, and component dimensions.
Automatic Material Feeding
The brass strip is continuously fed into the stamping line through an automatic feeding system. Controlled feeding maintains stable material positioning and supports consistent hole spacing and part dimensions.
Precision Die Stamping
A dedicated stamping die performs punching, blanking, and forming to create the five-hole geometry and required outer profile. Tooling controls hole position, forming dimensions, and stamped edge quality during continuous production.
Finished Five-hole Brass Stamped Parts
After stamping, the finished parts are separated from the material strip and inspected for hole position, dimensions, burrs, and forming defects. Qualified Brass Precision Stamping Parts are prepared for subsequent assembly or surface treatment.
Frequently Asked Questions about Five-hole Brass Stamping Part
Q: What are the main features of a Five-hole Brass Stamping Part?
A: The Five-hole Brass Stamping Part combines controlled hole alignment, smooth stamped edges, and brass material properties. Its five-hole structure supports accurate positioning and fastening, while brass provides conductivity, corrosion resistance, and suitable strength for electrical and mechanical assemblies.
Q: How is hole alignment controlled during manufacturing?
A: Hole alignment is controlled through dedicated stamping dies and automatic material feeding. The brass strip is positioned continuously during production, while the die controls hole spacing, forming dimensions, and the external profile to maintain consistency between individual five-hole stamped parts.
Q: Why is brass suitable for five-hole stamped components?
A: Brass provides a practical combination of electrical conductivity, corrosion resistance, strength, and formability. These properties allow the material to undergo punching and forming while maintaining the mechanical and electrical characteristics required for connectors, switches, relays, automotive components, and industrial assemblies.
Q: How is the five-hole geometry formed?
A: The five-hole geometry is produced through precision die stamping, including punching, blanking, and forming operations. A dedicated die defines the hole pattern and outer shape, while controlled stamping parameters help maintain dimensional consistency and reduce burrs or forming defects.
Q: What inspections are performed after stamping?
A: Finished parts are inspected for hole position, overall dimensions, stamped edge condition, burrs, cracks, deformation, and forming defects. These checks help confirm that the five-hole structure meets the specified assembly requirements before the parts proceed to surface treatment or final assembly.
Contact Us
Send your 2D/3D drawings, samples, brass grade, material thickness, and five-hole dimensions for engineering review and an OEM quotation. We can evaluate the stamping sequence, tooling requirements, surface treatment, inspection points, and production volume before order confirmation.
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