Ningbo Jiangbei XinYe Metal Works Co., Ltd. was established in 1996 as a family business and has grown into a premier owner-managed SME corporation. Centrally positioned in the Ningbo Jiangbei Industrial Zone, our facility is within 3 hours from Shanghai International Airport via high-speed rail, guaranteeing robust supply chain accessibility.
Our footprint covers a total area of 16,000 square meters of specialized production floor, with an additional 11,000 square meters under construction. Guided by a core staff of 130 employees—comprising 80 highly skilled production operators and 50 dedicated product development specialists, engineers, quality engineers, and management executives—we manufacture elite metal components designed to withstand critical applications.
Providing high-precision engineering services, surface processing, and metallurgical modification to global industrial partners.
Multi-axis CNC turning and milling centers capable of managing close dimensional tolerances (+/-0.001mm) on forged configurations, ensuring high repeatability and surface integrity.
Specialized hot forging processes utilizing high-performance mechanical press lines and friction presses (up to 1,000 tons) to optimize grain orientation in structural and fluid systems.
High-integrity wax die stainless steel casting methods that eliminate micro-porosity. Designed for critical hardware applications requiring superior metallurgical consistency.
Comprehensive pressing configurations ranging from 5 to 250 tons, capable of executing complex geometries in copper, alloy steel, aluminum, and stainless steel.
Integrated chemical processing lines providing Type II/III anodizing, electrolytic polishing (E-polish), passivation, and conversion coatings for corrosive environments.
A rigorous examination of metallurgy, thermal dynamics, and mechanical performance optimization in advanced forging operations.
When metals are hot forged, the intense plastic deformation alters grain structures. Without immediate, controlled thermal processing, the resulting components exhibit internal residual stresses and non-uniform mechanical properties. At Ningbo Jiangbei XinYe Metal Works, we employ custom thermal cycling protocols to refine microstructures, prevent grain growth, and eliminate micro-cracking risks.
Leveraging high production capacity and agile manufacturing setups to ensure supply chain security.
Our facility operates on a standard 16-hour, 6-day weekly schedule. To meet sudden spikes in demand, we can transition to a 24/7 continuous operation mode within 30 days.
With ongoing capital investments in machinery and additional factory expansions, we keep structural reserves ready to scale production capacity based on client forecast frameworks. Our production environment includes:
Developing custom components for specialized global industries operating in demanding environments.
We manufacture flame sensors, critical fire detectors, explosion-proof sensor cells, and toxic gas monitoring housings. This includes the aviation fuel hydrant pit box enclosure kit, designed to withstand deep underground installations and high-pressure chemical exposure.
High-temperature turbine inlets, primary valve arrays, hinge brackets, and complex mechanical transmission parts. These components undergo thermal cycles to prevent stress fatigue under flight conditions.
High-torque transmission gears, engine assembly mountings, and specialized E-bike structures (lever controls, structural tubes, connectors) requiring light weight and high structural strength.
Sanitary grade components, including high-pressure culinary cream whippers and cooking stove control housings. Manufactured using certified stainless steel and high-ductility food-safe alloys.
Our quality assurance framework utilizes advanced chemical, structural, and dimensional inspection tools.
At XinYe, quality is the foundation of our production. In partnership with global OEMs, we run a rigorous quality management system certified to ISO 9001:2015 and SA8000 social accountability standards.
Integrating automation and green initiatives to drive the future of precision metal forging.
We are implementing finite element analysis (FEA) software to model metal flow and thermal stress during forging. This enables us to predict stress areas, optimize thermal distribution, and reduce development cycles for custom forgings.
By upgrading our furnaces with multi-point digital thermocouple arrays, we maintain thermal uniformity within +/- 5°C. This level of control prevents grain growth and structural inconsistency in high-strength alloys.
To align with global environmental requirements, our roadmap focuses on reducing energy consumption by implementing high-efficiency electric induction heating systems and closed-loop process controls.
How we support international procurement departments through technical expertise, cost optimization, and supply chain management.
Our engineers collaborate with clients during the design phase, using their expertise to reduce material consumption, simplify CNC operations, and lower tooling costs.
We deliver initial samples within 7 days, and complete mass production batches within 20 to 30 days. This agile planning helps minimize project delays for our clients.
We work with standard international payment methods (e.g., 30% deposit, 70% balance against Bill of Lading copy) and provide complete export customs clearance documentation.
From initial design evaluation to final packaging, our process ensures quality at every stage.
We review detailed engineering drawings, compute processing costs (tooling, materials, forging, and machining), and issue a comprehensive quotation.
We purchase specified raw materials, execute sample forging runs, complete heat treatment cycles, and prepare dimensional inspection and material test reports.
We submit physical samples to the client for evaluation. Mass production begins only after receiving final engineering sign-off.
Our operators run the parts through manufacturing, executing quality checks at predefined inspection points to ensure structural and dimensional consistency.
Completed parts are assembled in our workshop, packed using sea-freight protective materials, and delivered. All components are backed by a one-year manufacturing warranty.
A closer look at how we design, manufacture, and verify components for demanding applications.
Precision components for heavy industrial machinery. Manufactured using hot forging and heat treating to meet high pressure-tolerance requirements.
Material: Stainless Steel / Aluminum Alloy
Transmission and drivetrain components manufactured under close dimensional tolerances for reliable operation and wear resistance.
Material: High-Grade Alloy Steel / Aluminum
Aviation Fuel Hydrant Pit Box systems, structural hinge brackets, and gas safety detection components designed for critical infrastructure.
Material: Premium Anodized Stainless Steel
Wood chipper cutter discs and feed roller systems designed to withstand high impact and abrasive wear during operation.
Material: Q345B / Heat-Treated 42CrMoWe use modern tooling and manufacturing equipment to maintain consistency and quality across production runs.
Friction presses and induction heaters configured for manufacturing high-strength aluminum alloy structural components.
State-of-the-art CNC lathes and mills configured for machining complex forged features to precise dimensional specifications.
Integrated Coordinate Measuring Machines (CMM) and video measurement systems used to verify critical dimensions.
Answers to technical questions regarding our manufacturing capacity, quality standards, and terms of service.
XinYe Metal
