OEM Anodized Aluminum Factory & Factories

Industrial-Grade Precision Metal Surface Engineering & High-Capacity Components Manufacturing solutions customized for global tier-one supply chains.

Primary Machined & Anodized Components

Explore our advanced capabilities ranging from custom metal forming to structural surface passivation.

China Stamping & Deep Drawn

Stamping & Deep Drawn Components

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OEM Lost Wax Casting Parts

OEM Lost Wax Casting Parts

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OEM Aluminum Hot Forging

OEM Aluminum Hot Forging

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OEM CNC Machined Part

OEM CNC Machined Components

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Wholesale Aluminum Die Casting Parts

Aluminum Die Casting Parts

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Featured Stamping & Deep Drawn

Precision Stamping & Deep Drawn Parts

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Featured CNC Machined Part

Advanced CNC Machined Components

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Featured Aluminum Hot Forging Parts

High-Density Aluminum Hot Forgings

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The Global Paradigm of Anodized Aluminum Components

In modern engineering and aerospace design, raw aluminum alloys fall short of meeting severe service requirements without targeted surface modifications. As light-weighting continues to dominate modern aerospace, automotive, and consumer electronics roadmaps, the application of electrochemical anodizing has shifted from a cosmetic enhancement to a critical design imperative. Anodizing converts the outer metallic envelope of the aluminum alloy into an integrated, ultra-hard aluminum oxide layer (Al₂O₃), rendering the component highly resistant to wear, corrosion, and electric conduction.

Choosing the right OEM anodized aluminum factory means evaluating their ability to maintain precision tolerances while achieving consistent coating parameters across thousands of units. Global industries face continuous pressure to achieve carbon reduction goals, making the green credentials and chemical safety protocols of factories essential criteria for top-tier procurement.

XinYe Factory Operations

About Ningbo Jiangbei XinYe Metal Works Co., Ltd.

A premier SME corporation delivering professional-grade fabrication and metal finishes since 1996.

Founded in 1996 as an owner-managed family enterprise, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a leading Chinese precision metal exporter. Strategically located within the Ningbo Jiangbei Industrial Zone, our facility is within three hours of Shanghai International Airport via China's high-speed rail network.

Our total operational area covers 16,000 square meters of production floor space, complemented by 11,000 square meters of ongoing construction. Our active workforce comprises 130 dedicated personnel, including 80 highly skilled production operators and 50 experts specialized in product development, quality control, operations, and technical management. We hold over 20 technical utility model patents, demonstrating our commitment to manufacturing innovation.

1996
Established
16k+
Production Area (m²)
130
Active Personnel
XinYe Factory Building
CNC Workshop
Metal Forging Area
Production Process

Vertical Integration of Manufacturing Processes

Combining primary shaping processes with state-of-the-art anodizing and surface finishes.

CNC Precision Machining

Equipped with 4-axis control CNC machining centers, precision CNC turning machines, and advanced CNC milling centers to maintain dimensional tolerances within 0.001mm.

Aluminum Hot Forging

Utilizing high-power friction press machines ranging from 300 to 1,000 tons, and hydraulic column machines (100 to 630 tons) to optimize alloy grain structures.

Stamping & Deep Drawing

Operating mechanical punch presses from 5 tons to 250 tons to process steel, copper, structural alloys, and performance engineering plastics with high cycle efficiency.

Lost Wax & Die Casting

Providing precision investment castings and aluminum die castings to reduce machining waste and produce near-net-shape structural parts.

Anodizing & Electropolishing

In-house chemical surface lines that produce industrial-grade anodized finishes, passivations, and electrochemical polishing for maximum wear and corrosion resistance.

Dedicated Assembly Service

A clean, dedicated assembly floor that delivers fully assembled products and modules, reducing supply chain complexity and logistics costs for our customers.

Advanced Technical Roadmap: Chemical Anodization

Explore the electrochemical parameters used to create our durable barrier coatings.

Anodizing Type (MIL-A-8625) Oxide Layer Thickness Primary Industrial Objective Ideal Aluminum Alloys
Type I: Chromic Acid Anodizing 0.5 μm – 2.5 μm Aerospace structures, fatigue-critical components requiring thin corrosion resistance. 2000 series, 7000 series high-strength alloys.
Type II: Sulfuric Acid Anodizing 1.8 μm – 25 μm General purpose surface protection, colored decorative finishes, architectural panels. 5000, 6000, 7000 series extruded/stamped alloys.
Type III: Hardcoat Anodizing 25 μm – 100+ μm High-wear industrial components, hydraulic cylinders, sliding pistons, marine hardware. 6000 series (6061-T6), certain cast alloys.
Electropolishing (Chemical Passivation) Micro-smoothing Ultraclean surfaces for medical instruments, food processing, and semiconductor tooling. Austenitic Stainless Steel (304, 316L).

Electro-chemical Control Mechanisms at XinYe

Our chemical processing facility controls electrolyte temperatures within ±1°C of target parameters. During Type III Hardcoat Anodizing, the temperature of the sulfuric acid bath is maintained near 0°C. This limits natural chemical dissolution of the forming layer, encouraging uniform pore structures that can be sealed with nickel acetate, hot deionized water, or sodium dichromate solutions.

Through careful current density management, we prevent burnt edges and uneven coating distribution. This ensures that even complex components, such as deep-drawn enclosures and multi-axis machined blocks, receive a uniform protective oxide barrier that meets structural specification tolerances.

Target Market Integrations & Applications

Discover how our components are deployed in demanding global applications.

Industrial Safety & Detection

Fire and toxic gas detection enclosures for the petrochemical and mining industries. Our housings resist explosion dynamics and environmental salt-spray corrosion.

Aerospace & Aviation

Structural transmission brackets, turbine inlet housings, and fueling system subassemblies, including specialized aviation fuel hydrant pit boxes.

Automotive & E-Bike

Precision lightweight drive-train housings, transmission components, and structural e-bike frames, tube connectors, and levers.

Food Processing & Medical

Whipped cream canisters, cooking equipment panels, and clinical diagnostic enclosures designed to withstand daily chemical sanitation cycles.

XinYe Factory Equipment Floor
Production Tooling
Workpiece Placement

China's Advanced Logistics & Production Flexibility

Ningbo is home to the world's busiest port by cargo tonnage, providing our customers with logistical advantages and direct ocean freight connections. This allows us to rapidly secure certified raw materials and ship finished products to North American, European, and global markets efficiently.

Rapid Scalability: Shifting to 24/7 Production Modes

Our facility operates on a standard schedule of 16 hours per day, 6 days per week. During high-demand cycles or sudden supply disruptions, we can transition to a continuous 24/7 production schedule within 30 days.

This capacity scaling is supported by our regional network of metal chemical processors and forging suppliers, helping us protect client production schedules against market volatility.

Metrology Infrastructure & Quality Control

Certified to ISO 9001:2015 and SA8000 to deliver consistent engineering precision.

GNR Spectrum Analyzer
GNR Spectrum Analyzer
Performs optical emission spectrometry on incoming raw materials to verify alloy composition.
CMM Inspection Machine
Coordinate Measuring Machine (CMM)
Provides automated 3D dimensional inspections with sub-micron precision for complex geometries.
Video Measuring System
Video Measuring System
Uses optical edge detection for rapid dimensional verification of micro-features.
Video Measuring System Alt
Opto-Electronic Inspections
Measures critical component profiles, stamps, and deep-drawn structures.
Rough Meter
Surface Roughness Profile Meter
Measures Ra and Rz values to confirm surface finishes meet specifications post-anodization.
Spring Tension/Compression Testing Machine
Tension & Compression Testers
Evaluates mechanical properties, including tensile strength, yield limits, and spring constants.
XinYe Factory Certificates Collection

Our Step-by-Step OEM Custom Production Workflow

A traceably managed process from engineering drawings to container shipment.

1

Order Placement & Detailed Specification Audit

We review client engineering drawings (DWG, STEP, IGS), material specifications, tolerance requests, anodizing thickness targets, and delivery schedules.

Design Verification
2

Sample Production & Prototype Validation

We manufacture initial prototypes, perform dimensional inspections, and issue material and compliance certificates (MTRs) for customer approval.

Prototype Machining
Quality Testing
Dimensional Report
3

Customer Feedback & Tooling Adjustments

We analyze testing feedback, make any necessary tooling adjustments, and optimize fixtures to prepare for mass production.

Feedback Review
Engineering Calibration
4

Bulk Production & In-Process Quality Control (IPQC)

We launch bulk manufacturing with quality inspection gates after forming, machining, and surface treatment, followed by final protective packaging.

High Volume Run
5

After-Sales Service & Lifetime Traceability

We provide a one-year warranty on manufacturing defects, maintain production files for traceability, and offer engineering support for subsequent runs.

Logistics Shipping
Product Boxing

Watch Us In Action

Explore our manufacturing processes and equipment through our video tours.

General Factory & Operations Tour

Advanced Machinery: TIPAS MACHINE h65TMY

Recent Case Studies

Discover how we resolve engineering challenges for demanding applications.

Industrial Components
Industrial

Precision Industrial Components

Hot-forged structural components machined and surface treated for heavy equipment applications.

Material: Stainless Steel, Aluminum Alloy
Automotive Components
Automotive

Automotive Structural Components

Chassis and powertrain components engineered to meet tight dimensional and performance tolerances.

Material: Stainless Steel, Aluminum Alloy
Aerospace Components
Aerospace

Aviation Fuel Hydrant Box & Brackets

Anodized aluminum components and assemblies for commercial airport fueling systems.

Material: Stainless Steel, Aluminum Alloy
Wood Chipper Assembly
Forestry

Wood Chipper Cutter Disc & Roller

Heavy-duty, wear-resistant components designed for forestry and wood recycling equipment.

Material: Q345B, 42CrMo, NM400 for shaft

Corporate Values & Social Responsibility

As an SA8000-certified manufacturer, we uphold high standards for workplace safety, fair compensation, and ethical operations. We believe industrial productivity is built on the well-being of our workers and the trust of our clients.

Trust First

"Always comes first, our priority, our responsibility, to exceed your expectations." We prioritize building long-term relationships through transparent communication.

Responsibility

"Taking any action carefully and detailed as the commitment to give a total solution and services based on principals, customers and employees’ needs and desires."

Professionalism

"What we do, what we create, what we give it all with an attitude, dedication and ambition. We always give it all with an improvement."

XinYe Team Meeting
Team Photo 1 Team Photo 2 Team Photo 3
Office Building Area

Frequently Asked Questions & Technical Inquiries

Detailed technical and operational answers to support your procurement process.

What are your typical pricing policies and payment terms?
Our pricing structures are determined by material costs, exchange rates, and market factors. Standard payment terms require a 30% deposit in advance, with the remaining 70% balance settled against the copy of the Bill of Lading (B/L). For established long-term clients, we can discuss custom financial terms.
Do you maintain Minimum Order Quantities (MOQ)?
Yes, we require ongoing minimum order quantities for international shipments to maintain production efficiency. For smaller distribution quantities or custom trial runs, please contact our engineering desk to discuss scheduling options.
Can you provide full quality and export documentation?
Yes, we supply comprehensive document packages, including Material Test Certificates (MTRs), Certificates of Conformance (CoC), surface roughness inspection records, insurance papers, certificates of origin, and custom export documentation.
What are the lead times for samples and mass production?
Typical tooling and sample production requires approximately 7 days from drawing approval. Bulk mass production runs generally require 20 to 30 days following receipt of the deposit. Lead times are calculated from the date we receive formal engineering approval and the deposit.
What is your warranty policy?
We warrant all materials and workmanship for a period of one year, starting from the delivery note date. Our company culture is focused on resolving any technical or quality issues to our customers' satisfaction.
How do you ensure safe international delivery?
We use robust export packaging, including vapor-corrosion-inhibiting (VCI) films, heavy-duty wooden crates, and secure palletization. When shipping hazardous or high-precision items, we use validated protective packaging to prevent handling damage and corrosion.
How do you determine and manage shipping fees?
Shipping fees depend on the chosen transport method (e.g., express courier, air freight, or ocean freight). Ocean shipping is typically the most cost-effective solution for large-volume orders. We can provide estimated freight quotes once the shipment volume, weight, and delivery destination are confirmed.
How does anodizing affect dimensional tolerances on thread fits and critical mating surfaces?
Anodizing is a conversion coating that penetrates the metal surface while building outward. For Type II anodizing, the surface dimensions typically increase by about 50% of the total coating thickness. For Type III hardcoat anodizing, this growth can be significant. Our engineering team calculates these dimensional changes during tooling and machining steps to ensure that thread fits and mating tolerances conform to specifications post-anodizing.
What environmental and RoHS compliance systems are active in your chemical lines?
Our chemical processing and surface treatment facilities comply with RoHS and REACH regulations. We use trivalent chromium (Hexavalent-free) passivations and eco-friendly hot-water sealing processes to minimize the environmental footprint of our operations.

Custom Fabricated Metal Products Range

Choose from our verified product lines, manufactured under strict quality standards.

China Stamping & Deep Drawn

Stamping & Deep Drawn Components

View Factory Details
OEM Lost Wax Casting Parts

OEM Lost Wax Casting Parts

View Factory Details
OEM Aluminum Hot Forging

OEM Aluminum Hot Forging

View Factory Details
OEM CNC Machined Part

OEM CNC Machined Components

View Factory Details
Wholesale Aluminum Die Casting Parts

Aluminum Die Casting Parts

View Factory Details
Featured Stamping & Deep Drawn

Precision Stamping & Deep Drawn Parts

Explore Solutions
Featured CNC Machined Part

Advanced CNC Machined Components

Explore Solutions
Featured Aluminum Hot Forging Parts

High-Density Aluminum Hot Forgings

Explore Solutions