Explore our custom OEM manufacturing capabilities in hot forging, stamping, casting, and multi-axis CNC machining.
Established in 1996 as an owner-managed SME corporation, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has evolved into a premier design, engineering, and manufacturing center for global markets. We are situated in the Ningbo Jiangbei Industrial Zone, an elite production cluster strategically located within 3 hours of the Shanghai International Airport via high-speed rail networks. Our strategic geography translates directly into logistics speed, reliable local raw material sourcing, and efficient export shipping through the Port of Ningbo-Zhoushan.
Our comprehensive facilities span a 16,000 square meter production floor with an additional 11,000 square meters of construction area. To ensure lean operational agility and engineering depth, we employ a dedicated workforce of 130 professionals, consisting of 80 skilled shop-floor production experts and 50 personnel specializing in product development, advanced metallurgy engineering, rigorous quality assurance, and global client support.
Why leading industrial engineering groups choose hot forged aluminum over die-casting for high-stress and critical load-bearing applications.
The hot forging process deforms the aluminum alloy at temperature zones above its recrystallization point (typically between 350°C and 480°C depending on the specific alloy, such as 6061, 6082, or 7075). Unlike casting, which can yield dendrites and porous structural anomalies, hot forging compresses, aligns, and refines the material's grain boundaries. This continuous directional grain flow conforms directly to the component's geometry, maximizing tensile strength, ductility, and dynamic fatigue performance.
In structural parts where structural integrity cannot be compromised—such as automotive chassis links, aviation transmission assemblies, or fire safety enclosures—traditional die-casting presents inherent risks of micro-porosity and shrinkage voids. Hot forging applies high compressive forces (ranging from 100 to 1,000 tons in our facility) to yield a 100% dense component. This dense state is critical for leak-proof enclosures, pressure systems, and vacuum-tight industrial setups.
Aluminum alloys are inherently lightweight, but hot forging pushes their mechanical limits. By optimizing the forging parameters, components achieve structural properties that rival mild steels at roughly one-third of the weight. This makes our hot forgings highly suitable for weight-critical systems in electric vehicles (EVs), professional mountain bikes, high-pressure gas detection equipment, and aerospace assemblies.
From prototyping through production tooling to high-volume manufacturing, we offer a integrated single-source solution.
XinYe integrates primary and secondary fabrication technologies under one roof, reducing coordination overhead and assuring consistent traceability:
Our main customer base is strategically spread across Europe, North America, and Russia, serving regulated industrial applications where quality is critical.
Equipped with precision machinery imported from Japan and built to support rapid scaling requirements.
Our plant operates a versatile range of forming and secondary machining equipment to execute multi-stage manufacturing workflows:
Factory Scalability: Our default operations run 6 days a week on a 16-hour dual-shift schedule. To support sudden demand spikes, we can transition to a 24/7 continuous shift pattern within 30 days. We also maintain adjacent land reserves, allowing us to quickly expand production floor footprints to align with dedicated long-term customer projects.
Quality is our core focus. We maintain complete traceability and hold certifications under ISO 9001-2015 and SA8000.
Our quality department utilizes advanced testing systems to ensure that dimensional tolerances and metallurgical structures meet all required specifications:
Our quality policies are backed by international certifications that support global traceability. The ISO 9001-2015 standard governs our quality management system, covering raw materials, production processes, and final inspections. The SA8000 standard ensures ethical labor practices, safe working conditions, and social accountability across our operations.
We provide full documentation for every shipment, including material certificates, dimensional reports, and inspection records, supporting compliance with international regulatory standards.
How our location in Ningbo, China translates into competitive advantages, material security, and optimized lead times for international buyers.
Our location in the Ningbo Jiangbei Industrial District places us near primary smelting plants, secondary chemical treatment specialists, toolmakers, and technical laboratories. This localized ecosystem reduces transport costs and lead times for raw billets, tooling steel, and finishing agents. By sourcing locally, we maintain a stable cost structure even during global logistics fluctuations.
With direct deepwater shipping lanes from the Port of Ningbo-Zhoushan, we transport finished goods worldwide with short transit times to major container terminals. The local high-speed rail and highway networks connect us directly to Shanghai Pudong and Ningbo Lishe airports, simplifying rapid-delivery logistics for critical sample approvals and air freight shipments.
As a family-founded enterprise, we focus on stable operations and long-term customer partnerships over short-term returns. We reinvest our earnings into CNC machine tools, automated metal forming systems, and training programs. This direct involvement ensures that engineering decisions, quality audits, and capital investments align closely with customer needs.
From order placement to final delivery, our structured workflow ensures quality and manufacturing efficiency.
The process starts with client-supplied files (STEP, IGES, or DWG). Our team reviews tolerances, draft angles, and alloy selections to optimize the geometry for forging.
We perform tool calculation, die-sinking, and pilot runs to create prototype batches. Every sample includes dimensional reports and raw material certifications.
The client reviews the samples in their assembly environment. Once approved, the production parameters, inspection benchmarks, and fixtures are locked in.
We run high-speed forging runs, secondary CNC machining, and automated surface finishing. Inline quality gates monitor tolerances at each production stage.
Components are assembled in our dedicated workshop, packed using export-grade materials, and prepped for safe sea or air transit.
Review our production case studies across heavy industry, transportation, and safety sectors.
High-strength forged linkages machined to sub-millimeter tolerances for rugged heavy-machinery assemblies.
Precision transmission brackets and e-bike suspension components built to automotive industry specifications.
Aviation Fuel Hydrant Pit Boxes, hinge brackets, and complex turbine inlet components designed for high-stress service.
Robust components for wood chipper crushing systems, designed to handle high impact and shock load conditions.
Investing in technologies to improve efficiency, reduce carbon footprint, and support future manufacturing processes.
Our engineering roadmap focuses on Near-Net-Shape (NNS) forging capabilities. By using advanced flashless forging dies, we reduce material waste and secondary machining steps. This approach optimizes manufacturing efficiency while maintaining structural integrity for finished components.
Additionally, we are expanding our automation systems by integrating robotic load-assist systems on our 1000-ton friction press line, which helps improve batch consistency and overall cycle times.
We utilize recycled aluminum alloys (such as 6000-series green billets) to help customers meet their scope-3 carbon reduction targets. Because secondary aluminum requires only about 5% of the energy of primary smelting, using recycled alloys significantly lowers a component's lifecycle carbon emissions. Coupled with closed-loop cooling systems and energy-efficient induction heating, we help our global partners balance product performance with sustainability goals.
Beyond forging and machining, we offer dedicated sub-assembly services. Our clean assembly workshop is equipped with specialized torque tools, pneumatic press-fit stations, and custom functional testing fixtures. This allows us to deliver ready-to-install components directly to our clients' production lines.
Clear answers to help you navigate engineering details, order requirements, and global logistics options.
Select from our manufacturing categories to view specific design guidelines and alloy capabilities.
XinYe Metal
