Forging is more than applying high forces; it is the science of plastic deformation that alters the material structure. As a leading China heavy forgings manufacturer & supplier, we leverage advanced metallurgical processing parameters to align grain flow lines with the principal stress directions of the final part. Through structured thermo-mechanical workflows, our operations deliver components characterized by zero internal porosity, enhanced fatigue limits, and optimal yield strength ratios compared to casting or basic CNC machining.
Unlike metal removal operations that disrupt structural grain flow, closed-die hot forging controls the directional alignment of recrystallized grain structures. This design enhancement boosts resistance to shear stresses and cyclical load dynamics.
High-pressure hot deformation closes internal voids, gas pockets, and micro-cracks present in raw ingots. The resulting dense, homogeneous microstructure ensures reliable performance under critical pressure limits.
Controlled thermo-mechanical processing modifies mechanical attributes. It achieves an optimal combination of high tensile strength and ductile fracture toughness, lowering overall weight limits without sacrificing safety factor bounds.
Established in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into an owner-managed SME corporation. Located in the Ningbo Jiangbei Industrial Zone, our facility is within three hours of Shanghai International Airport via the high-speed rail network, positioning us for global supply coordination.
Our operations feature a 16,000 square meter production footprint, with an additional 11,000 square meters under construction to support capacity expansion. We employ a skilled workforce of 130 professionals, including 80 production specialists and 50 team members dedicated to engineering development, quality assurance, logistics, and corporate administration.
Industrial supply chain managers face changing procurement dynamics. Modern purchasing strategies require more than low piece-price structures; they demand manufacturing partners with strong technical capability, reliable ESG metrics, and robust supply chain resilience.
Disruptions in global logistics require manufacturers to keep robust raw material buffers and operate with flexible shifts. XinYe runs 16-hour workdays over a 6-day week, with the capacity to transition to 24/7 continuous operation within 30 days to meet demand spikes.
Global procurement teams require compliance with international standards. We integrate drawings and inspection specs based on ASTM, DIN, EN, and JIS guidelines. This ensures manufactured parts integrate seamlessly into multi-component assemblies.
Scope 3 carbon emission reporting is increasingly required. Through efficient induction heating methods, optimized tooling configurations, and SA8000 social accountability certification, we help buyers meet corporate sustainability metrics.
Our facility is equipped with automated machinery to support secondary machining operations, enabling us to deliver finished, ready-for-assembly parts. We handle component manufacturing from initial design to surface processing.
Our forging shop houses friction press systems ranging from 300 tons to 1,000 tons of pressing force, along with column hydraulic presses from 100 tons to 630 tons. This machinery enables precise shape forming with consistent grain structure.
For complex geometries, our CNC machining centers feature 4-axis control, CNC turning systems, and milling machines. We achieve precision tolerances down to 0.001 mm for critical dimensions.
Our quality verification department operates coordinate measuring machines (CMM), spectrum analyzers, and video measuring systems. This equipment confirms that material composition and dimensions align with specifications.
We supply component solutions tailored to the operating conditions and regulatory requirements of diverse industrial fields.
We produce gas and fire safety detection enclosures, flame sensors, hydrant pit boxes, and toxic gas sensor housings for oil, gas, and mining environments. These components are built to resist corrosion and pressure cycles.
We manufacture turbine inlets, structural bracket assemblies, and drive system parts. These components meet aerospace requirements for material cleanliness and precise tolerances.
We forge steering rods, power transmission parts, and structural elements for E-bikes, including connectors, specialized tubes, and control levers. These parts balance strength with lightweight design.
We supply stainless steel components for food processors, tabletop stoves, and cream whippers. Using clean alloy structures and electropolishing, we ensure compliance with sanitary regulations.
Quality is fundamental to our business. Through customer collaboration, we have established a quality assurance framework that monitors production from raw materials to final delivery, creating traceable inspection records at each stage.
Ningbo XinYe is certified to ISO 9001:2015 for quality management and SA8000 for social accountability. These certifications verify that our engineering processes and workplace conditions align with international standards.
Raw Material Integrity: Every batch of incoming steel or aluminum alloy undergoes chemical composition verification using our GNR Spectrometer. Material certification is required before processing begins.
In-Process Control (SPC): Operators conduct dimensional checks at set intervals during run times. Adjustments are made immediately if deviations are detected.
Final Inspection: CMM systems, digital video measurements, and surface roughness instruments verify part geometry against specifications before packaging.
GNR Spectrometer
CMM Metrology
Video Measurement
Roughness Profiler
From initial design evaluation to final logistical delivery, we use a structured workflow to maintain product trace and process control.
Customers submit engineering specifications. Our design team reviews dimensional tolerances, material selections, and tooling feasibility to optimize manufacturability.
We manufacture forging dies and machining fixtures in-house. Initial samples are produced to verify tool geometry and material flow behaviors.
Samples undergo testing. We supply clients with material certificates and CMM dimensional reports to confirm compliance before starting production.
Upon sample approval, we begin hot forging and CNC operations. Quality control points monitor critical-to-quality dimensions throughout the run.
Components receive specified surface treatments, such as anodizing or electropolishing. Parts are assembled in our dedicated workshop, packed for transport, and shipped with necessary documentation.
1. Specification Review
2. Tooling Fabrication
3. Client Evaluation
4. Mass Processing
5. Logistic Dispatch
We work to align our manufacturing actions with ethical business conduct, focusing on long-term partnerships, workplace safety, and customer satisfaction.
Trust is built by delivering on our commitments. We seek to understand customer expectations and construct reliable manufacturing processes to fulfill their requirements.
We emphasize process control and traceability. Every manufacturing operation is conducted systematically to protect product quality, worker safety, and environmental standards.
We maintain an engineering-first culture. Through ongoing personnel training and investment in modern manufacturing systems, we work to improve production efficiencies.
A look at how we resolve manufacturing challenges and supply precision components for demanding applications.
We supply forged valve bodies designed for fluid handling systems. Transitioning from cast designs to hot forging improved structural density, eliminating porosity and micro-cracks.
We manufacture powertrain components designed to handle high torque. CNC post-machining establishes tight tolerances for spline interfaces, matching design requirements.
We fabricate high-strength hydrant boxes and lid mechanisms for airport refueling bays. These components must withstand aircraft wheel loads and resist environmental corrosion.
We manufacture heavy cutter discs for industrial wood processing equipment. Hard-facing weld overlays and precision balance testing are applied to ensure reliable operations.
Explore our manufacturing processes through video demonstrations showing our machining setups and quality assurance workflows.
An inside look at our 16,000 square meter factory, highlighting our machining setups and forging operations.
See our precision CNC machinery process complex components under strict tolerance limits.
We keep our facility updated by investing in technologies that improve efficiency and sustainability.
We utilize finite element analysis (FEA) software to model metal flow and temperature profiles before cutting steel for tooling. This helps shorten prototype iterations.
We are adding automated transfer arms to link induction heaters with our friction presses, which will improve thermal consistency and cycle times.
We collect and segregate metal chips and flash scrap, recycling them back to raw material suppliers to support resource efficiency.
XinYe Metal
