Customized Zinc Alloy Hardware Parts with OEM & ODM Support and Multiple Finishes for Terminal Block Applications

METS provides customized zinc alloy hardware parts and accessories for industrial equipment, furniture, electronics, automotive components, construction hardware, and general assembly applications.

Our zinc alloy parts can be manufactured according to customer drawings, CAD files, samples, or specifications. Depending on the product design, manufacturing processes may include die casting, CNC machining, drilling, tapping, polishing, deburring, and surface finishing.

Zinc alloy offers a good balance of strength, dimensional stability, corrosion resistance, and surface appearance, making it suitable for customized hardware components that require both functional performance and a clean finished appearance.

We can customize the shape, dimensions, mounting holes, threads, slots, surface finish, and packaging according to your requirements.

From small hardware fittings and connector components to brackets, fasteners, housings, handles, and assembly accessories, METS provides an integrated OEM manufacturing solution from product development and tooling to finished parts.

• Custom Zinc Alloy Parts - Manufactured according to drawings or samples.
• OEM & ODM Support - Suitable for customized industrial and commercial hardware.
• Complex Geometries - Suitable for holes, threads, slots, ribs, bosses, and mounting structures.
• Stable Dimensions - Designed for reliable assembly and repeated production.
• Multiple Finishes - Polishing, plating, powder coating, painting, and other finishes available.
• Precision Secondary Machining - CNC machining, drilling, tapping, deburring, and other processes.
• Flexible Production - Suitable for prototypes, small batches, and mass production.
• Custom Packaging - Individual, bulk, carton, tray, and customer-branded packaging options.

Specifications can be customized according to the customer's drawings, application requirements, and production volume.

METS combines tooling development, precision metal manufacturing, and production engineering to support customized hardware projects.

Our manufacturing capabilities include:

• Zinc alloy hardware manufacturing
• Custom metal accessories
• Die casting
• CNC machining
• Precision stamping
• Punching and forming
• Drilling and tapping
• Grinding and polishing
• Deburring
• Surface finishing
• Custom tooling
• OEM / ODM production
• Product inspection
• Customized packaging

METS has been engaged in mold design, mold manufacturing, and precision metal stamping since 2006, with experience covering automotive, electronics, LED, contact components, lead frames, and motor lamination applications.

For projects that combine zinc alloy components with stamped metal parts or other hardware, our engineering team can also coordinate different manufacturing processes within one project.

Customers can provide a 2D drawing, 3D CAD model, sample, or product specification. Our engineers can review the design and determine an appropriate manufacturing process.

For customized components, tooling quality has a direct influence on dimensional consistency and production efficiency. METS maintains an in-house tooling capability and has experience in designing and manufacturing precision stamping dies and other customized tooling systems.

Zinc alloy hardware often needs to connect with screws, pins, brackets, housings, plastic components, or stamped metal parts.

We can customize:

• Mounting holes
• Threads
• Slots
• Bosses
• Positioning pins
• Ribs
• Connector structures
• Fastening points
• Assembly interfaces

The final appearance and protection of zinc alloy components can be customized according to the application. Options may include polishing, plating, painting, powder coating, and other surface treatments.

Custom brackets, connectors, mounting components, machine accessories, housings, and fastening hardware.

Handles, connecting pieces, mounting accessories, decorative hardware, and structural fittings.

Connector housings, mounting components, shielding accessories, knobs, brackets, and small precision hardware.

Mounting hardware, brackets, connector components, interior hardware, and customized mechanical accessories.

Connecting components, mounting fittings, fastening accessories, and customized hardware parts.

Custom zinc alloy components designed for mechanical connection, positioning, fastening, and structural support.

Application: Industrial equipment

Material: Zinc Alloy

Process: Die Casting + CNC Machining + Surface Finishing

The customer required a compact connector with customized mounting geometry and a clean external finish.

METS developed the tooling according to the customer's 3D drawing and arranged secondary machining for the critical connection areas.

Result: A customized zinc alloy connector designed for stable mechanical assembly.

Application: Furniture assembly

Material: Zinc Alloy

Process: Die Casting + Polishing + Plating

The customer required a decorative and functional hardware component with a customized shape and surface finish.

The part was developed according to the customer's design and produced with a controlled surface finishing process.

Result: A durable zinc alloy accessory suitable for repeated furniture assembly.

Application: Electronic equipment

Material: Zinc Alloy

Process: Die Casting + CNC Machining + Deburring

The component required multiple mounting features and precise interfaces with other assembly parts.

METS optimized the manufacturing process around the critical dimensions and assembly requirements.

Result: A customized hardware component with consistent geometry for production assembly.

Choosing a zinc alloy supplier is not only about material and price. For customized hardware, tooling design, dimensional accuracy, secondary machining, surface treatment, and assembly compatibility all affect the final product.

METS provides a complete manufacturing workflow:

Drawing / Sample → Engineering Review → Tooling Design → Mold Manufacturing → Trial Production → Inspection → Surface Finishing → Mass Production → Final Inspection → Packaging

This integrated approach allows customers to manage the development and production of customized hardware through one supplier.

Our engineering team can review important design factors such as:

• Wall thickness
• Draft angle
• Hole and slot dimensions
• Thread requirements
• Assembly interfaces
• Machining allowances
• Surface finish
• Production quantity
• Packaging requirements

The goal is to provide a practical manufacturing solution that balances quality, production efficiency, tooling cost, and long-term production stability.

METS applies quality control throughout the manufacturing process.

Zinc alloy material and incoming components are checked according to the agreed specifications.

Critical tooling dimensions are checked during mold development and production.

Initial samples are inspected against the approved drawing or sample.

Key dimensions and surface conditions are monitored during production.

Finished parts are inspected for dimensions, appearance, burrs, surface finish, quantity, and assembly-related requirements.

METS's website emphasizes engineering capability, precision tooling, quality control, and repeatability as important factors in reliable metal-component production.

We can manufacture customized connectors, brackets, fasteners, fittings, mounting parts, housings, handles, assembly accessories, and other zinc alloy hardware components.

Yes. We support OEM manufacturing based on 2D drawings, 3D CAD files, samples, and technical specifications.

Depending on the design, we can provide die casting, CNC machining, drilling, tapping, polishing, deburring, and surface finishing.

Yes. Surface finishes can be customized according to the application, including polishing, plating, painting, powder coating, and other treatments.

Yes. Internal or external threads, holes, slots, bosses, and other mounting features can be incorporated according to the design.

Yes. METS has experience in customized tooling design and manufacturing and can support tooling development for new OEM projects.