Explore our core manufacturing capabilities, featuring customized forging, casting, deep drawing, and advanced anodizing solutions.
Aluminum anodizing is an electrochemical process that converts the metal surface into a decorative, durable, corrosion-resistant, anodic oxide finish. Globally, the demand for precision aluminum anodizing has surged, driven primarily by the transition toward lightweight materials in modern engineering. In aerospace, automotive, electronics, and medical fields, aluminum alloys are replacing heavier structural materials. Anodization guarantees that these alloys can withstand extreme environmental hazards, including galvanic corrosion, abrasive wear, and thermal degradation.
Under international engineering protocols like MIL-A-8625, aluminum anodizing is classified into distinct categories: Chromic Acid Anodizing (Type I), Sulfuric Acid Anodizing (Type II), and Hard Anodizing (Type III). Modern industrial demand is highly concentrated on Type II (Architectural and Decorative) and Type III (Hardcoat). Type III Anodizing produces a dense, alumina layer exceeding 50 microns in thickness, providing surface hardness comparable to hardened tool steel. This makes it indispensable for structural components exposed to high load and friction.
For global supply chain executives, sourcing from Ningbo, China offers unprecedented logistical and infrastructural benefits. Ningbo Jiangbei XinYe Metal Works Co., Ltd., established in 1996, represents the zenith of mid-sized Chinese manufacturing agility. The region boasts highly integrated metal alloy raw material networks, specialized tooling workshops, and state-of-the-art chemical finishing plants within a tight geographic radius. This minimizes shipping overheads and guarantees production turnaround times that cannot be matched in Western markets.
Furthermore, Ningbo is home to one of the world's premier deep-water container ports. This structural advantage permits seamless intermodal logistics, from factory floor to global maritime lanes. XinYe Metal operates a 16,000 square meter production area with an additional 11,000 square meters under construction. Backed by 130 highly specialized personnel, our facility is engineered to rapidly scale production. Our standard operations run on a 16-hour, 6-day cycle, but our scalable infrastructure allows transition into a 24/7 operating model within 30 days to meet sudden spikes in bulk order volume.
A legacy of metal manufacturing excellence, delivering high-precision engineering and reliable OEM/ODM solutions since 1996.
XinYe Metal is an owner-managed SME corporation located in the Ningbo Jiangbei Industrial Zone, within 3 hours from Shanghai International Airport via high-speed rail. We are committed to technological innovation and complete process optimization.
We offer specialized services across CNC machining, aluminum alloy forging, wax die stainless casting, extrusion, stamping, and premium anodizing / E-polish surface treatments. We manage supply chains globally from initial design to end assembly.
Equipped with high-precision manufacturing platforms imported from Japan, we execute strict material and process controls. With OEM/ODM project flexibility, we provide cost-efficiency without compromising technical compliance.
We deploy advanced technologies and heavy-duty machinery to achieve extreme tolerances and stable production quality.
A visual tour of our precision machining, testing facilities, and clean industrial workspaces.
Our custom products are integrated into critical systems across healthcare, automotive, aerospace, and safety industries globally.
Fire and gas detection systems for hazardous mining & petrochemical operations. Our aluminum enclosures provide robust spark protection and chemical resistance.
Precision structural components, transmission subsystems, and high-performance turbine inlets subjected to rigorous aerospace stress testing.
E-bike components (structural tubes, connectors, levers) and heavy automotive transmission assemblies optimized for weight-reduction.
High-pressure cream whippers, cooking stove fittings, and kitchenware components requiring certified food-safe non-reactive coatings.
Under our ISO 9001:2015 and SA8000 certifications, quality check is deeply embedded in every production phase.
Validates alloy raw material composition upon factory receipt, ensuring complete batch traceability.
Enables automated three-dimensional micro-dimensional validation down to sub-micron accuracy.
Performs non-contact high-resolution optical checks on intricate metal contours.
Dedicated optical measuring platform for concurrent high-speed sample checks during production runs.
Quantifies Ra/Rz surface roughness indices to verify surface prep before and after anodization.
Evaluates the mechanical durability limits of structural components under cyclic fatigue.
Our quality management architecture is strictly aligned with the ISO 9001 framework, ensuring repeatable processes for aerospace and medical contracts.
We prioritize fair labor, environmental sustainability, and ethical supply chain execution across all levels of company operation.
From preliminary CAD file reviews to final container packing, explore how we structure quality at every stage.
Customers submit functional designs and application requirements. We execute direct engineer-to-engineer reviews, evaluating drawing details, tolerance alignments, lead-time expectations, and cost structures.
We build specialized tooling and run initial sample fabrication batches. Every sample undergoes complete dimensional verification (supported by complete coordinate measuring machine data sheets) and composition verification.
Samples and comprehensive analytical reports are shipped to the customer for real-world integration tests. Tooling calibrations are refined based on direct user feedback before shifting to full manufacturing volume.
Our computerized manufacturing systems allocate work cells based on the approved project blueprint. Inline inspection points are established at machining, forging, and anodizing stations, preventing defects from bypassing quality checks.
For complex sub-assemblies, we utilize a dedicated assembly workshop. Finished parts are wrapped in protective material to prevent maritime shipping oxidation, backed by a comprehensive 12-month manufacturer defect warranty.
Review some of the complex, custom-engineered metal structures we regularly manufacture and surface-treat.
High-grade aluminum alloy and stainless steel hot forging components for heavy-load equipment.
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Precision-machined structural connectors designed to withstand continuous high mechanical load.
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Heavy-duty cast enclosure with high-resistance surface protection against chemical fuels and abrasion.
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Tough crushing system components engineered using Q345B and 42CrMo/NM400 grade raw materials.
View SpecsAt XinYe, our business philosophy is anchored in continuous improvement. We believe in providing our global clients with a complete solution—not just raw components. Every stage of our supply chain management, from material sourcing to final chemical finishing, is built around this commitment. We employ a dedicated product development and engineering team of 50 technical specialists, supporting 80 highly trained shop floor professionals.
Technical answers regarding aluminum anodizing standards, specifications, payment terms, and global shipping.
Our facility operates a comprehensive machinery line, ensuring precision tolerances for stamping, casting, and machining.
Friction press equipment ranging from 300 to 1000 tons, handling high-density structural forging components.
In-house design and production of custom casting dies and stamping tools, reducing overall development costs.
Chemical preparation and anodizing tanks, handling consistent surface coloration and hardcoat anodization.
Order OEM parts directly from our certified factory. Review our core catalog below.
XinYe Metal