Advanced Chinese industrial metallurgy designed for deployment in Egyptian manufacturing, processing, and machinery infrastructure.
Ultra-precise silica sol stainless steel castings engineered for heavy-duty pneumatic, hydraulic, and process industries in Egypt.
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Exceptional strength-to-weight structural aluminum hot forging components designed for regional transit and marine sectors.
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High-volume aluminum die casting systems optimized for electrical enclosures, cooling systems, and local assembly.
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Ultra-precise post-machining components ensuring micro-tolerances for instrumentation, aerospace, and defense applications.
Learn More →Under Egypt's Vision 2030, the Arab Republic of Egypt is undergoing a profound industrial transition. Driven by massive capital expansions in the Suez Canal Economic Zone (SCZONE), the industrial cities of Tenth of Ramadan, Sixth of October, and Sadat City, Egypt has integrated itself as a major manufacturing and logistics hub between Europe, the Middle East, and Asia. There is a surging regional requirement for highly reliable, precision-engineered metal components that meet stringent international regulatory framework specifications.
Traditionally, local Egyptian foundries have focused primarily on conventional sand casting for heavy grey iron products. However, industries such as the Suez oil & gas fields, petrochemical refineries, automated automotive assembly, and municipal aerospace installations demand micro-tolerance structures that can only be manufactured via the Lost Wax (Silica Sol) Investment Casting process. This is the industrial junction where Ningbo Jiangbei XinYe Metal Works bridges the engineering gap—bringing advanced Chinese manufacturing infrastructure directly to Cairo, Alexandria, and Suez.
For international projects located in Egypt, procuring cast parts that guarantee structural safety is vital. The integration of Chinese engineering capabilities with the local Egyptian manufacturing ecosystem yields substantial operational and cost benefits:
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a leading owner-managed SME corporation specializing in precision metallurgy. Strategically located within the Ningbo Jiangbei Industrial Zone—positioned within three hours of Shanghai International Airport via high-speed train networks—our operations occupy 16,000 square meters of production floor alongside 11,000 square meters of modern construction.
Our dedicated workforce comprises 130 employees, including 80 production specialists and 50 experts across product development, engineering, quality assurance, and management. We provide professional integration across CNC machining, aluminum alloy forging, wax die stainless steel casting, stamping, extrusion, anodizing, and E-polish surface treatments. This enables us to serve demanding industrial markets across Europe, North America, Russia, and the Middle East.
Explore our engineering technologies, automated production floor, and quality control departments.
Our production facilities utilize modern machinery to deliver high-quality, repeatable metal components.
Our metal forming department is capable of handling complex geometric requirements:
We perform precise post-casting machining using high-end tooling equipment:
Our facility offers scalable capacity to meet demanding customer delivery schedules:
Our quality department utilizes advanced inspection equipment to ensure every shipment complies with user specifications.
Quality is the foundation of our business. Supported by our international clients, we have established a strict traceability and inspection system. Our operations are certified to ISO 9001-2015 and SA8000 standards, verifying our commitment to consistent quality and social compliance.
Verifies the chemical composition of raw metal batches before casting.
3D Coordinate Measuring Machine for verification of complex dimensional tolerances.
2.5D optical measurement systems verify precise profiles and geometric features.
Verifies surface roughness to ensure castings meet micro-surface standards.
High-magnification non-contact inspection systems verify thread pitches and edge details.
Tension and compression testing machine verifies raw material shear strength and elongation limits.
Our custom components are deployed across major industrial and municipal sectors in Egypt.
In the oil and gas developments in Suez and the Nile Delta, equipment must withstand high pressures and corrosive fluids. Our lost wax castings are used in high-performance valve bodies, explosive gas detection housings, and fire prevention enclosures. Using low-carbon stainless steels and nickel-base alloys, we produce structural parts that meet ASME and European standards, ensuring safety in hazardous environments.
As Egypt develops its regional automotive manufacturing base in Tenth of Ramadan City, our factory provides high-volume aluminum hot forgings and die castings. These include transmission linkage brackets, high-strength structural connectors, and suspension mounts. These parts meet the mechanical performance and fatigue-life specifications required by global automotive manufacturers.
Our manufacturing and quality assurance workflow, from engineering design to shipping logistics.
Our engineering team reviews the customer's designs and specifications. We analyze the geometry, select the appropriate casting material, and determine the optimal tool path routing.
We manufacture custom injection molds to produce dimensionally precise wax patterns. Initial sample castings are poured and undergo dimensional inspection before mass production begins.
Each wax pattern is inspected for surface quality and structural integrity before entering the refractory slurry coating stages. This maintains consistency throughout the casting process.
Wax patterns are coated in a refractory ceramic slurry to build the mold shell. After dewaxing, molten metal is poured into the preheated shell. Once cooled, the shell is removed, and the castings undergo thermal treatment, shot blasting, and surface finishing.
Finished castings are verified using chemical, mechanical, and dimensional testing. Components are then packaged in export-grade crates to protect them during ocean transport to Egyptian ports.
Our core production technologies and machinery support complex, high-tolerance manufacturing.
High-capacity hot forging equipment handles structural components requiring excellent fatigue resistance and structural density.
Advanced multi-axis CNC machines perform final finishing to verify tight dimensional tolerances on cast and forged parts.
Our metrology lab conducts comprehensive dimensional and material verification for every production run.
Our tooling and machining department utilizes high-precision equipment like the TIPAS Machine h65TMY. This multi-axis machining center allows us to perform turning, milling, and boring on complex cast parts in a single setup, reducing cycle times and improving geometric alignment.
Our factory operations maintain international certifications to ensure consistent product and service quality.
We perform raw material inspection, chemical and mechanical verification, and dimensional checks for all casting batches:
Review examples of our custom precision metal components manufactured for various industries.
Stainless steel castings developed for processing and fluid flow systems in the Suez canal industrial zone.
Material: Stainless Steel / Alloy Steel
Forged and cast components designed to meet strict fatigue-life and tolerance requirements.
Material: Aluminum Alloy / Steel
Aviation Fuel Hydrant Pit Box covers, hinge brackets, and fuel transmission castings for airport ground systems.
Material: Stainless Steel / Aluminum
Cutter discs, shaft rollers, and drive components designed for agricultural wood processing machinery.
Material: Q345B, 42CrMo, NM400Our core capabilities range from stamping and die casting to CNC finishing and hot forging.
A technical guide for industrial engineers evaluating investment casting options.
Our primary production method utilizes Silica Sol binders in the refractory slurry coating stages. While requiring longer curing cycles, this process delivers several key benefits for demanding applications:
Commonly used in regional foundries for lower-cost parts, the Water Glass binder system features different characteristics:
Review answers to common questions regarding logistics, tooling, specifications, and manufacturing capabilities.
Our prices are calculated based on raw material market rates, casting geometry, weight, finishing processes, and batch sizes. We issue updated quotations after reviewing the customer's engineering drawings and specifications.
Yes, we require ongoing MOQs for international orders to support production runs. Please contact our sales team to discuss specific component requirements and shipping options.
Yes, we supply material test reports, dimensional inspection records, heat treatment charts, and export documentation including Certificates of Origin (CO) and bills of lading.
Tooling and sample production generally takes about 7 days after drawing approval. Mass production runs are typically completed within 20 to 30 days after receiving deposit payments and final sample approvals.
We accept wire transfer (T/T), Western Union, and PayPal. Our standard terms are a 30% deposit in advance, with the remaining 70% balance due against the copy of the Bill of Lading (B/L).
We warrant our castings and forgings to be free from defects in material and workmanship under normal use. Defective parts must be reported with inspection records, and our engineering department will address issues according to the product agreement.
Components are treated with rust-preventative oil, packed in plastic bags, and secured in export-grade wooden cases to prevent damage and corrosion during sea transit to Alexandria, Port Said, or Damietta.
We ship via sea freight for large-volume orders, which is generally the most cost-effective method to main ports like Port Said and Alexandria. For small samples or urgent parts, air freight and express courier services are available.
Review our core manufacturing capabilities, deep-drawn systems, and CNC post-machined components.
High-precision lost wax investment castings using carbon steel, alloy steel, and stainless steel.
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Hot forged aluminum components for automotive, industrial, and transmission assemblies.
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High-pressure die casting solutions for thermal management and electrical enclosures.
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Precision machined parts finished to tight tolerances using CNC milling and turning centers.
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Deep-drawn steel and brass casings, structural stampings, and shell housings.
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Cast components optimized for process industries, gas monitoring, and mining equipment.
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Precision-engineered post-processing machining for complex geometry castings.
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High-integrity aluminum alloy forgings designed for fatigue resistance.
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XinYe Metal
