Explore our industrial grade gas analysis structural parts, custom manufactured using high-pressure die casting, precision CNC machining, and advanced hot forging.
Founded in 1996, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has evolved from a dedicated family enterprise to an owner-managed SME corporation specializing in advanced metallurgical components. Located strategically in the Ningbo Jiangbei Industrial Zone, our facility is within a 3-hour reach of Shanghai International Airport via high-speed train networks, facilitating streamlined global logistics.
We span a total footprint of 16,000 square meters of production floor, complemented by an additional 11,000 square meters of planned construction. Our highly integrated workforce comprises 130 employees, featuring a specialized ratio of 80 production craftsmen and 50 dedicated engineers across product development, quality control, structural design, and executive management.
Modern industrial architectures depend on flawless sensor integration and absolute material integrity to monitor process streams and secure hazardous work sites.
For gas analysis chambers and mass spectrometers, micro-porosity in aluminum castings can cause outgassing or microscopic leaks. Our vacuum-assisted die casting processes guarantee dense, leak-proof components capable of maintaining high-vacuum environments.
Analytical systems utilizing optical benches, NDIR, or laser-based detection require sub-micron alignment. Our 4-axis Japanese CNC machining centers allow us to hit dimensional tolerances down to 0.001mm, ensuring perfect optical path stability.
Equipping global oil and gas sites means structural shells must withstand explosive internal gas pressures. Our hot forged aluminum alloys double structural yield strengths, ensuring compliance with international ATEX, IECEx, and UL guidelines.
From deep offshore drilling platforms to high-tech medical operating suites, our structural components protect and optimize analytical equipment.
In hazardous environments like oil rigs, deep mining mines, and chemical refineries, gas detection is critical for life-safety. We manufacture critical subassemblies for:
Leveraging hot forging processes and high-tonnage friction presses (300 to 1000 tons), we provide lightweight, high-integrity parts for critical aerospace systems, including turbine inlet components, e-bike transmission parts, and structural brackets.
Choosing the correct manufacturing technology is vital to balancing weight, strength, cost, and dimensional tolerance. Here is a breakdown of our main methods.
| Manufacturing Technology | Material Adaptability | Dimensional Tolerance | Primary Industrial Advantage | Target Gas Analysis Part |
|---|---|---|---|---|
| CNC Machining | Stainless Steel, Aluminum, Plastics, Brass | ±0.001 mm | Ultra-high accuracy, no tooling cost, rapid prototyping | Optical benches, calibration manifolds, sensor heads |
| Aluminum Hot Forging | High-strength Aluminum Alloys (6000/7000 series) | ±0.2 mm | Optimized grain alignment, maximum pressure resistance | High-pressure valves, regulators, explosive gas shells |
| Wax Die Stainless Casting | 316L, 304, Special Duplex Alloys | ±0.15 mm | High corrosion resistance, complex internal geometries | Flame ionization detector chambers, sour gas headers |
| High-Pressure Die Casting | ADC12, A380 Aluminum Alloys | ±0.1 mm | Ideal for high-volume cost efficiency, complex thin walls | Main display housings, outdoor electronics boxes |
Our workshop operations run on a standard 6-day, 16-hour rota, scaleable to a full 24/7 round-the-clock configuration within 30 days of peak customer requirements.
Step inside our 16,000㎡ manufacturing floor to witness forging, CNC machining, stamping, and testing processes.
Our multi-axis Japanese CNC equipment executing automated, high-precision subtractive machining with sub-micron tolerances.
Equipped with press forces starting from 300 tons up to 1,000 tons. Ideal for shaping strong structural aluminum parts.
Equipped with multi-axis controls for automated milling and turning. All core equipment is imported from Japan.
Equipped with CMM and video measuring systems to verify all dimensions match custom drawings.
As the gas analysis industry shifts towards hydrogen fuels and carbon capture, our research pipelines adapt to keep pace with changing technologies.
Corrosive sour gas analysis demands surface protections that prevent sensor degradation. Our proprietary anodizing and electropolishing lines yield passive chemical barriers that resist sulfur dioxide (SO2), hydrogen sulfide (H2S), and wet chlorine gas exposure.
Hydrogen molecules are notoriously small and prone to embrittlement in standard steel enclosures. We are actively developing forging and casting protocols using specialized, non-porous aluminum formulations and specialized stainless steel grades (such as 316L with high nickel content) to prevent hydrogen leakage and embrittlement.
Holding both ISO 9001:2015 and SA8000 certifications, we align our production lines with strict quality and ethical standards. This helps guarantee that your parts are manufactured under safe, fair, and audited working conditions.
We maintain strict quality control throughout our manufacturing process. We inspect and document every stage from incoming raw material to finished product.
Verifies chemical compositions of incoming aluminum, steel, and brass lots to ensure material compliance.
Provides computerized coordinate metrology to verify complex part dimensions against 3D CAD models.
Offers automated optoelectronic dimension measurements for high-throughput batch validation.
Assesses micro-surface tolerances to ensure proper seal mating in pressurized gas chambers.
Measures surface textures (Ra/Rz) down to micro-inches, preventing leakage at gasket mating surfaces.
Evaluates mechanical force properties and structural compression limits under load profiles.
Our quality control department issues full compliance documentation with every order. This includes material composition reports, 3D coordinate measurement sheets, surface finish certificates, and structural stress validation reports.
This strict level of verification helps prevent unexpected failures on-site, reduce integration assembly times, and ensure reliable sensor operations for gas monitoring systems.
From initial design files to final delivery, we maintain a clear, traceable process workflow.
Engineering drawings and specs are confirmed; price quotes are finalized.
Pre-production samples are completed within 7 working days.
Customers evaluate samples, and designs are locked in for production.
Casting, forging, and CNC stages proceed with active QC monitoring.
Parts are packed for export and shipped with complete quality documentation.
We believe that high-quality manufacturing depends on the integrity, training, and professionalism of our workforce.
Find answers to common questions about our wholesale capabilities, lead times, materials, and international shipping options.
Our pricing is dynamic and calculated based on raw material market rates, production complexity, and volume. For customized items, we prepare detailed quotations factoring in tooling costs, processing fees, and surface treatments. Please contact our sales team with your design drawings for a custom quote.
Sample creation generally takes 7 working days. Mass production averages 20 to 30 days following approval of samples and receipt of deposit. We work to accommodate tight project timelines whenever possible.
Yes, we maintain an ongoing minimum order quantity for international orders. This requirement helps offset machine setup, raw material procurement, and tooling calibration costs. Contact us directly to discuss options for smaller pilot runs.
Yes, we can provide material analysis reports, compliance certificates, dimensional sheets, export documents, and origin certificates. Our metrology lab records are fully traceable.
Our standard terms are a 30% advance deposit via bank transfer, with the remaining 70% balance due upon presentation of the Bill of Lading (B/L) copy. We also accept Western Union and PayPal for sample orders.
We provide a one-year warranty covering manufacturing defects, starting from the delivery note date. Resolving customer issues and ensuring satisfaction is a central part of our company culture.
Review our core capabilities and access detailed catalog pages for each product class.
XinYe Metal