Direct from our Ningbo precision production facility. Heavy industry quality conforming to ISO 9001:2015 & SA8000 structural guidelines.
An executive overview of the market trajectory, precision demands, and high-performance alloy structures.
Modern global manufacturing is undergoing a structural transition toward lightweight structural profiles. In industries like automotive, aerospace, and energy storage, aluminum extrusions are replacing traditional structural steel due to their superior strength-to-weight ratio, corrosion resistance, and excellent electrical/thermal conductivity. By squeezing raw billet alloys through complex, custom-engineered extrusion dies, manufacturers can achieve architectural-grade cross-sections that integrate structural support with integrated fastening channels, cooling paths, and thermal isolation profiles.
However, sourcing from high-precision manufacturers requires deep alignment with metallurgical expertise. Chinese production complexes, particularly in coastal manufacturing hubs like Ningbo, offer distinct geopolitical and logistics advantages, coupled with robust supply chains. Ningbo Jiangbei XinYe Metal Works Co., Ltd. sits at the center of this ecosystem, delivering complex structural profiles with advanced post-processing like multi-axis CNC machining, hard-anodizing, and thermal treatment.
"As search algorithms shift towards structural intent, engineers and buyers must evaluate suppliers not only on standard press tonnage, but on their cross-disciplinary capabilities—specifically the combination of extrusion, custom hot forging, and aerospace-level metrology control."
Founded in 1996 as an owner-managed SME corporation, XinYe Metal Works has expanded from a local family enterprise into an internationally trusted custom manufacturing specialist. Based in the Jiangbei Industrial District of Ningbo, our facility is strategically located within a three-hour transit network of Shanghai International Airport, granting our global clients easy logistics access for audit visits, container dispatch, and expedited custom prototyping shipments.
Today, we occupy 16,000 square meters of high-density production space, with an additional 11,000 square meters currently under construction to accommodate further capital investments. Our operation is powered by 130 dedicated personnel, of whom 80 manage our specialized extrusion, forging, casting, and finishing lines, while 50 senior professionals drive engineering design, product development, R&D, and quality control.
We do not just manufacture components; we partner with international engineering departments in Western Europe, North America, and Central Asia to design parts for safety-critical and high-reliability environments.
Combining multiple metalworking methods to deliver complete sub-assemblies directly to our clients' assembly lines.
We work with steel, alloy, copper, and polymer materials to shape profiles with complex internal geometries, thin-wall sections, and highly consistent structural wall thicknesses.
Our heavy-duty press lines execute high-pressure structural grain alignment in 6000 and 7000 series aluminum alloys, ensuring maximum fatigue resistance and ultimate yield strength.
Equipped with high-speed Japanese CNC mills and turning centers, we execute secondary post-processing on extrusions with strict dimensional tolerances down to 0.001mm.
For highly complex geometries that cannot be extruded, we provide silica sol lost-wax stainless casting and high-pressure aluminum die casting services under one roof.
Internal surface treatments include clear, black, or color chemical anodizing, electrolytic polishing, powder coating, sandblasting, and custom anti-corrosion protective sealants.
We design custom assembly fixtures and quality test rigs, supporting product lifecycles from rapid prototyping to full component sub-assembly and global distribution.
Precision execution requires advanced hardware. We invest in high-performance equipment imported from Japan to guarantee repeatable performance.
To produce components that withstand critical shear stresses, our factory relies on heavy friction press configurations:
Extruded and forged sections require precision milling to achieve final installation tolerances. We utilize Japanese CNC centers with 4-axis control, high-speed turning machines, and precision milling centers configured for continuous 16-hour daily operation (extendable to 24/7 continuous run within 30 days of client request).
300T - 1000T capacity lines.
4-axis Japanese machinery.
In Action: TIPAS MACHINE h65TMY executing high-speed precision metal removal on forged blanks.
Ensuring complete dimensional accuracy, raw material chemical compliance, and surface finish uniformity.
Chemical element validation of incoming billet raw materials.
3D coordinate measuring for strict geometric tolerances.
Optical profile dimension scanning with digital reporting.
Surface finish check confirming anodizing quality parameters.
From the instant raw metal alloy ingots arrive at our factory to the final packaging stage, every batch is registered with material identification numbers. We issue standard Certificates of Analysis (COA), Certificate of Conformance (COC), custom mill test reports, and dimensional mapping documentation. This structured compliance ensures seamless integration into automotive, aerospace, and medical production chains.
From custom die design to prototype verification and structured mass production shipping.
Initial engineering review of CAD drawings (DWG, STEP, IGS). Metal alloy selection and price/lead-time optimization.
Precision die cutting and thermal conditioning. Sample run production accompanied by dimensional reports within 7 days.
Physical sample testing and functional review by the client's quality assurance team prior to bulk authorization.
Continuous extrusion, precision forging, multi-axis CNC milling, and surface treatments under strict quality gates.
Final testing, custom protective export packaging, customs compliance, and global delivery management.
Our dedicated assembly workshop handles multi-part builds and mechanical assemblies.
Providing high-precision component solutions for demanding environments around the world.
We supply robust housings for explosive-gas detectors, flame sensors, and mining tools. A key product is our hydrant pit box enclosure kit, designed to withstand severe impacts and chemical exposure in industrial environments.
We manufacture lightweight turbine inlets, hinge brackets, transmission gears, and safety equipment like the Aviation Fuel Hydrant Pit Box, built to meet strict structural standards.
Our extrusion and precision forging lines produce transmission shafts, structural connectors, internal tubes, and brake levers for electric bikes and traditional automotive platforms.
We produce safe, reliable aluminum canisters for pressure equipment, tabletop cooking stove manifolds, and cream whipper components that meet strict hygiene requirements.
Examples of how we help our global clients move from concept drawings to verified components.
High-integrity structural mounts machined from hot-forged aluminum alloy blocks. Engineered for demanding industrial machinery installations.
High-precision transmission link arms, optimized for load distribution and weight reduction, meeting strict dynamic tolerance limits.
Safety-critical structural hinge configurations and pit box housings, engineered to deliver long-term performance under high static loads.
Heavy-duty, high-impact steel crushing components. Built using wear-resistant alloys to ensure maximum service life.
Get clear, detailed information about lead times, custom design options, quality certification, and logistics support.
Our pricing is calculated based on raw alloy cost, design complexity, post-processing requirements, and packaging choices. Raw aluminum billet prices are linked to global market rates. We provide clear, itemized quotes that break down tooling, fabrication, and surface treatments so you can make informed decisions.
We require ongoing minimum order quantities for international orders. While our focus is on high-volume production, we can also accommodate custom, lower-volume runs for complex engineering projects. Please contact our sales team to discuss your specific requirements.
We provide full documentation, including Certificates of Analysis (COA), Certificate of Conformance (COC), dimensional inspection reports, and Certificate of Origin (CO). We also handle export documentation, safety declarations, and customs clearance paperwork for international shipping.
Standard sample manufacturing, including tooling design, takes approximately 7 days. For mass production, lead times are typically 20 to 30 days after receiving sample approval and deposit. We can also adjust schedules for time-sensitive, high-priority projects.
Our standard payment terms are a 30% deposit in advance, with the remaining 70% balance paid against the copy of the Bill of Lading (B/L). We accept bank wire transfers (T/T), Western Union, and PayPal for sample runs.
We stand behind the quality of our materials and workmanship. If a manufacturing defect occurs, we will work with you to resolve the issue through repair, replacement, or credit, ensuring the components meet all specifications.
Yes. Our factory operates 16 hours a day, 6 days a week under normal conditions. However, we have the flexibility to transition to a continuous 24/7 operation within 30 days to support unexpected increases in demand.
High-quality components manufactured using advanced forging, casting, and precision multi-axis CNC machining.
XinYe Metal
