Explore our core engineering capabilities configured to deliver high-integrity mechanical joints, cable gland elements, and Custom OEM metal parts.
High-volume precision components optimized for thermal dissipation and structural sealing inside rugged electrical terminal enclosures.
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Seamless, corrosion-resistant metallic shrouds and deep-drawn shells engineered for heavy-duty industrial cable ingress isolation.
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Sub-millimeter tolerance thread cutting (metric, NPT, PG) for standard and hazardous-area cable gland entries.
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High mechanical strength gland bodies forged to prevent structural cracking in demanding marine and mining environments.
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Complex, thick-walled flameproof metal locknuts, rings, and armored clamps manufactured for explosion-proof glands.
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Custom hardware assemblies including metal wash rings, grounding tags, and dynamic entry shields.
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Reducer & enlarger thread convertors configured to mate mismatched gland/enclosure thread pathways.
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Ultra-dense alloy structures engineered for high mechanical torque resistances required by industrial installers.
View Capabilities →As electrification, industrial automation, and renewable energy distribution networks expand globally, high-integrity cable termination fittings—commonly termed cable glands—play a critical role in system safety. Cable glands serve as critical seal, strain relief, and grounding mechanisms between cabling and electrical control boxes. Without absolute material integrity, thermal stress and environmental degradation jeopardize operational safety.
Engineering procurement teams across Europe, North America, and Japan face strict regulatory constraints. Selecting a China cable gland factory requires assessing criteria beyond pricing:
The production landscape in China has transitioned from high-volume manual tooling to automated, precision-guided manufacturing networks. Ningbo Jiangbei XinYe Metal Works Co., Ltd. exemplifies this transition. By coupling raw forging technologies with advanced CNC multi-axis machines, we establish a robust supply chain characterized by:
Trust
"Always comes first; our priority, our responsibility, to exceed your expectations."
Responsibility
"Taking any action carefully and detailed as the commitment to give a total solution and services based on principles, customers' and employees' needs."
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."
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. operates today as an owner-managed SME corporation. Over nearly three decades, we have scaled our production facilities to match global engineering requirements.
Our manufacturing site is located in the Ningbo Jiangbei Industrial Zone, positioned under 3 hours from Shanghai International Airport via China's high-speed rail network. This hub proximity facilitates export logistics and rapid face-to-face quality alignments for global engineering teams.
Out of our 130-person staff, 80 specialists handle production machinery, while 50 are dedicated to product development, manufacturing engineering, quality inspection, and management roles. Operating on a default schedule of 6 days and 16 hours, we retain the capacity to scale into 24/7 continuous operations within 30 days to support customer requirements.
Our facility houses high-tonnage friction presses, automated CNC machining complexes, and dedicated surface-treatment systems.
We manage component development from raw casting through complex geometry machining to surface finishing. Below is a video demonstration of our manufacturing infrastructure:
Xinye Factory Production Tour: Forging, Machining, and Assembly Line Operations.
Our engineered metal components support critical systems globally across Europe, North America, and industrial zones in Asia.
Components for explosive and toxic gas detectors, flame sensors, gas safety detection systems in mining, and custom aviation fuel hydrant pit boxes.
High-tolerance structural parts, turbine inlet units, transmission parts, and structural enclosures requiring zero fatigue tolerance.
Transmission components, E-bike structural connectors, levers, frame tubes, and electric cable interface systems.
Stainless steel cream whippers, tabletop cooking stove manifolds, and corrosion-resistant hygienic hardware assemblies.
Our ISO 9001:2015 and SA8000 certified system guarantees material traceability and dimensional precision.
At Xinye, quality control is integrated into each stage of the manufacturing process, starting with raw material chemical composition analysis upon arrival.
This verification process prevents the shipment of substandard alloys, protecting critical connections in hazardous or marine environments from premature failure.
Validates chemical and alloy compositions.
3D automated coordinate measurements.
Optical verification of complex dimensions.
Verifies thread geometries and pitch accuracy.
Tests contact surface finish parameters.
Tests clamp strength and elasticity profiles.
A systematic process to manage client requirements from initial drawings through mass production and logistics.
Customer provides drawing files (DWG, STP, PDF) detailing dimensions, materials, and finishing parameters.
Our engineering team programs raw materials and patterns to manufacture initial verification prototypes.
We ship prototype samples accompanied by physical test certificates and coordinate measurement files for client inspection.
After sample sign-off, our facility schedules volume forging, machining, and surface treatments under continuous QC.
Finished products are packaged in compliance with international freight standards, supported by a 12-month quality warranty.
Examples of custom components manufactured at our facility for demanding industrial applications.
Forged and CNC-milled structural fittings designed for high-stress agricultural machinery and heavy manufacturing gear boxes.
Primary Alloys: Stainless Steel / Aluminum 6000 & 7000 Series
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Highly precise oil passage valves and electrical interface mounts engineered to meet tight sub-micron dimensions.
Primary Alloys: High-Grade Aluminum / Carbon Steel
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Hinge brackets, fuel hydrant pit box interfaces, and high-strength transmission couplings for aerospace fueling systems.
Primary Alloys: Aircraft-grade Forged Alloys
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High-impact cutter discs and drive shafts manufactured to withstand dynamic stress profiles under continuous operation.
Primary Alloys: Q345B, 42CrMo, Wear-resistant NM400
Analyze Specification →Find answers to common questions about our technical specifications, pricing structures, and logistical processes.
Review the primary precision components manufactured in our ISO 9001 certified Chinese facility.
High-volume precision components optimized for thermal dissipation and structural sealing inside rugged electrical terminal enclosures.
View Capabilities →
Seamless, corrosion-resistant metallic shrouds and deep-drawn shells engineered for heavy-duty industrial cable ingress isolation.
View Capabilities →
Sub-millimeter tolerance thread cutting (metric, NPT, PG) for standard and hazardous-area cable gland entries.
View Capabilities →
High mechanical strength gland bodies forged to prevent structural cracking in demanding marine and mining environments.
View Capabilities →
Complex, thick-walled flameproof metal locknuts, rings, and armored clamps manufactured for explosion-proof glands.
View Capabilities →
Custom hardware assemblies including metal wash rings, grounding tags, and dynamic entry shields.
View Capabilities →
Reducer & enlarger thread convertors configured to mate mismatched gland/enclosure thread pathways.
View Capabilities →
Ultra-dense alloy structures engineered for high mechanical torque resistances required by industrial installers.
View Capabilities →
XinYe Metal