Manufacturing Solutions for Complex Shapes, Precision Forming, High Strength & Premium Bag Hardware

Choose the process according to structure, strength, cost and surface requirements. Complex 3D shapes, detailed logos and decorative hardware are best matched with die casting. Flat and thin standard parts with high-volume and cost requirements are better suited to stamping. Heavy load-bearing and long-life structural parts are better suited to forging. High-end visible parts that require premium surface quality should use precision polishing together with the appropriate finishing process.

High pressure die casting is best for complex-shaped hardware that requires three-dimensional structures, embossed logos, relief details or irregular curves. It is widely used for handbag locks, buckles, D-rings, logo plates, decorative hardware and other complex 3D metal fittings, while also supporting dimensional repeatability for mass production.

Precision stamping is suitable for flat, thin, simple and symmetrical hardware structures. Typical applications include flat buckles, simple rings, rivets, eyelets, reinforcing plates, standard strap connectors and other regular-shaped mass-produced hardware. It is especially useful when buyers require high production speed, controlled thickness and low unit cost.

Cold forging is recommended when structural strength, tensile resistance, density, wear resistance and load-bearing performance are more important than complex decorative geometry. It is suitable for heavy-duty hooks, load-bearing rings, chain links, tactical bag hardware and other high-strength structural fittings.

Polishing determines the quality of the surface before plating and finishing. Junhao combines mechanical grinding, barrel polishing and manual buffing to remove burrs, sharp edges, mold lines and surface flaws. The process can create mirror-smooth, satin-matte or brushed textures and is especially important for visible luxury hardware, logo plates and products requiring a premium surface.

Yes. Junhao states that 100% of its core manufacturing processes are completed in its own factory rather than outsourced. This gives the factory direct control over quality, tolerance, production scheduling, lead time, customization and cost across the core manufacturing chain.

Material compatibility depends on the process. Die casting is suitable for zinc alloy, brass and most non-ferrous metals. Precision stamping works with iron, stainless steel, brass and zinc alloy sheets. Junhao’s engineering team evaluates the required structure and material together before recommending the manufacturing route.

Yes. The manufacturing system supports small trial runs, medium-batch cooperation and large-scale brand mass production. The process route can therefore be selected not only by product structure, but also by the required production volume and commercial stage of the project.

For existing designs, Junhao states a sampling time of 2–3 days. New custom molds can be supported with rapid prototyping, while the exact schedule depends on the new design, structure and mold requirements.

Manufacturing follows ISO 9001 quality management requirements. Every production stage implements 100% inspection covering dimensional checks, appearance checks, structural tests and functional verification. Standardized SOPs and precision tolerance control are also used to maintain batch consistency.

Junhao states that its materials and manufacturing processes meet RoHS, REACH and international environmental export standards. Complete production records are kept for every batch to support full traceability.

You can send design drawings, physical samples or detailed product requirements. The engineering team will evaluate feasibility and recommend the manufacturing solution that best balances quality, performance and cost, then provide the appropriate quotation and lead-time information. Junhao also states that exclusive brand designs and molds are handled under strict confidentiality.