Explore our highly integrated engineering solutions combining high-performance surface decoration technologies with robust metal manufacturing capabilities.
High-precision aluminum alloy die casting parts designed for automotive and structural system components under strict dimensional requirements.
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State-of-the-art CNC turning and milling operations delivering tolerances down to 0.001mm for critical high-performance assemblies.
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Friction-pressed aluminum forgings offering superior strength and microstructure properties for safety-critical components.
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Custom sheet metal stamping and deep-drawn structures engineered for enclosures, shielding, and structural apparatuses.
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Wax die stainless steel investment casting for intricate shapes requiring exceptional heat resistance and surface finish.
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Progressive die stamping and heavy-duty deep drawing solutions delivering flawless shells and mechanical housings.
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Engineered metal shafts, connectors, and dynamic housings fabricated with premium CNC milling centers.
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High-strength forged structural brackets and heat-treated alloy elements customized for durability.
View SpecificationsFounded in 1996 as an owner-managed SME corporation, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has established itself as an engineering pioneer in advanced metal fabrication and industrial decoration tooling support. Spanning a total factory footprint of 16,000 square meters of production area, with an additional 11,000 square meters under construction, our facility is dynamically connected to Shanghai international airport within 3 hours via the high-speed rail network.
Our operation is powered by 130 dedicated personnel, including 80 production staff and 50 engineers, product developers, and quality control experts. While historically acclaimed for our precision metal capabilities—such as CNC machining, hot aluminum alloy forging, lost wax stainless steel casting, and complex surface treatments (anodizing and electropolishing)—XinYe has expanded its technology portfolio to supply specialized processing solutions for Hot Stamping Foil Manufacturing. This unique combination of advanced chemical coating carriers and precision-machined stamping tools allows us to offer vertical integration unlike anyone else in the industry.
Understanding the complex multi-layer science behind high-fidelity thermal transfers on packaging, plastics, and industrial components.
The structural backbone of the foil. Our ultra-thin (typically 12 to 19 microns) PET carrier films provide exceptional tensile strength and thermal stability, resisting high temperature stretches during hot die applications.
A specialized wax or organic polymer coating that liquifies instantly at hot stamping temperatures (100°C–180°C). This ensures clean-edge separation of the decorative foils from the PET carrier during stamping cycles.
A tinted lacquer coat followed by a high-vacuum vaporized aluminum layer. This combination creates brilliant metallic, holographic, or solid pigment effects with exceptional gloss values and opacity.
Formulated specifically for compatibility with the final substrate (such as ABS, PP, PVC, Acrylic, Paper, or Leather). Under heat and pressure, this layer bonds molecularly to the target material, guaranteeing outstanding scratch and chemical rub resistance.
Unlike standard foil dealers, XinYe engineers and manufactures the precision hot stamping dies, CNC tooling plates, and aluminum die cast machinery fixtures. This internal capability allows us to optimize the thermal transfer environment, aligning foil chemistry with mechanical heat distribution.
How our integrated thermal foils and custom components protect, decorate, and validate products across critical industry channels globally.
Our metallic hot stamping foils are highly UV-resistant and wear-proof, applied dynamically to dashboard trims, emblems, and exterior body styling elements. We support this with precision-machined aluminum die-casting and hot forging parts for transmission assemblies and E-bike control housings.
XinYe manufactures structural assemblies for fire safety, gas detection, and explosive gas sensors used in heavy mining and oil and gas platforms. We guarantee hermetic, spark-free casting profiles alongside chemical-resistant marking foils for instrumentation labeling.
Specialized components for tabletop cooking stoves and commercial cream whippers. We supply sanitary, corrosion-resistant metal structures combined with heat-resistant graphic decoration foils that remain stable under repeated thermal exposure.
Our core production line is equipped with Japanese imported machinery and automated testing systems, guaranteeing capacity scaling and high precision.
Friction press machines with capacity ranges from 300 tons to 1,000 tons. Accompanied by column hydraulic presses (100 tons to 630 tons) and high-speed punching presses (5 tons to 250 tons).
Equipped with 4-axis control vertical machining centers, precision CNC turning lines, and CNC milling systems to cut stamping dies and complex components within 0.001mm accuracy.
Advanced optical scanners, coordinate measuring machines (CMM), dynamic metal tension systems, and digital roughness testers. Ensures zero-defect manufacturing before parts ship.
Integrating state-of-the-art automation systems like the TIPAS MACHINE h65TMY ensures our high-volume production cycles run at maximum efficiency. By pairing multi-axis mechanical processing with automated loading, we drastically minimize setup times and eliminate human error in positioning.
This automated pathway directly translates to competitive pricing, reliable batch-to-batch consistency, and accelerated lead times on complex stampings and customized foil dies.
We maintain full process traceability, verifying chemical and metallurgical properties from raw ingot entry to final product inspection.
Verifies precise alloy composition, ensuring zero deviations from structural specifications before casting or hot forging phases.
Three-dimensional coordinate checking to trace complex spatial profiles against CAD benchmarks down to sub-micron tolerances.
Uses high-resolution optics to measure tight micro-features and stamp lines, ensuring perfect tool registration.
Measures physical tensile capabilities, elasticity limits, and shear forces under calibrated structural stresses.
From drawing review to international delivery, our workflow guarantees precision at every milestone.
Customers submit CAD designs. Our engineers evaluate tolerances, draft tools, calculate raw materials, and submit detailed quotes.
We build dedicated tooling, manufacture physical testing units, and provide a full dimension test report and material analysis certificate.
The prototype undergoes operational validation by the customer. Chemical bonding and mechanical fit-ups are optimized based on feedback.
Upon sample sign-off, our facility schedules 16-hour shifts (convertible to 24/7 if needed), applying inline inspection systems.
We provide a one-year warranty on all products and access to our assembly workshop for secondary component integration.
Driven by values of Trust, Responsibility, and Professionalism, we strive to exceed industrial client expectations globally.
Always coming first, our priority is to take careful, detailed action throughout our internal production cycles. We work closely with our global supply chains to maintain ISO standards and support our clients' brand integrity.
Our commitment to social and mechanical standards is backed by globally recognized credentials. We are certified under ISO 9001:2015 for quality management systems and SA8000 for social accountability standards.
Real-world examples of our metal fabrication and advanced tooling integrations for leading international enterprises.
Precision aluminum components for heavy machinery, engineered using our 1000-ton hot forging line.
Stainless Steel / Aluminum
Components manufactured under strict tolerance constraints for automotive transmission and cooling systems.
Alloy / Steel
Aviation fuel hydrant pit boxes, hinge brackets, and turbine inlets requiring specialized alloy certifications.
Specialty Alloys
High-impact crushing system rollers and discs designed to handle continuous load cycles.
Q345B / 42CrMoAs a leading supplier of decorative foils and metalworks, XinYe is actively investing in technologies that support circular economies and smart manufacturing:
We are developing thinner 9-micron PET carrier films and evaluating bio-based, compostable carriers. This initiative helps reduce plastics footprints for global consumer packaging brands.
Our lab is refining release chemistry to trigger at lower thermal ranges (85°C-100°C). This helps conserve energy on high-speed stamping runs and prevents heat damage to thin plastic parts.
Future setups will feature embedded thermal sensors in our custom hot stamping dies. This will provide real-time heat data to help adjust temperature profiles on the fly.
Find clear answers regarding lead times, customization limits, alloy details, and order logistics.
Our pricing is adjusted based on raw materials indices (LME aluminum, steel, PET polymers) and configuration details. Please contact our technical team with your CAD files and volume plans to receive an updated price list.
We require ongoing minimum quantities for export shipments to optimize ocean freight runs. For custom stampings or hot stamping foil batches, setup runs depend on structural and design parameters. Contact our sales department to discuss your target quantities.
Yes. We supply comprehensive documentation packages, including material analysis certificates, dimensional inspection records, certificates of origin, and compliance certifications (RoHS, REACH) where required.
Prototype samples are completed within 7 days. For mass production runs, standard fulfillment takes 20 to 30 days once design approval and deposits are processed. Urgent projects can be accommodated by arranging split shipments.
We process standard commercial transactions through T/T bank transfers, Western Union, or PayPal. Our standard terms are a 30% deposit to initiate fabrication, with the remaining 70% balance paid against the Bill of Lading (B/L) copy.
We package products in high-durability, ISPM-15 certified wooden cases and vapor-corrosion inhibitor (VCI) bags. Thermal foils are shipped in temperature-controlled, moisture-barrier wrapping to prevent premature activation during ocean transit.
Explore our technical components, high-wear stampings, and advanced metallic transfer layers.
High-precision aluminum alloy die casting parts designed for automotive and structural system components under strict dimensional requirements.
View Specifications
State-of-the-art CNC turning and milling operations delivering tolerances down to 0.001mm for critical high-performance assemblies.
View Specifications
Friction-pressed aluminum forgings offering superior strength and microstructure properties for safety-critical components.
View Specifications
Custom sheet metal stamping and deep-drawn structures engineered for enclosures, shielding, and structural apparatuses.
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Wax die stainless steel investment casting for intricate shapes requiring exceptional heat resistance and surface finish.
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Robust industrial stamping solutions for high-wear environments and protective housings.
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Complex structural steel casting profiles optimized for chemical plants and oil applications.
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Lightweight, high-durability die cast solutions built using automated machinery.
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XinYe Metal