High-performance custom metal components engineered to meet strict structural tolerances in Philippines industrial environments.
The industrial landscape of the Philippines is undergoing a major transformation. Propelled by national infrastructure undertakings such as the "Build-Better-More" program, the demand for high-strength, lightweight structural alloys has escalated significantly. Historically, carbon steel castings and iron fabrications dominated local industrial setups. However, modern engineering requirements in tropical, maritime climates require metals that exhibit high corrosion resistance, high strength-to-weight ratios, and superior ductility.
Aluminium Hot Forging (often spelled "hot foring" in regional searches) has emerged as the premier manufacturing method to address these needs. Through localized thermal processing, we force solid aluminum billets into customized shapes using dynamic high-pressure machinery. This hot working process yields a refined grain flow structure matching the geometry of the part, eliminating internal porosity and enhancing impact resistance compared to standard casting.
The geographic concentration of light industry, automotive assembly, and hardware production in economic zones (such as Cavite, Laguna, Batangas, and the Clark Freeport Zone) highlights a clear industrial demand. Local component suppliers and international OEMs operating under the Philippine Economic Zone Authority (PEZA) mandate strict metallurgical specifications. Integrating high-accuracy hot forgings is essential for local assemblers to meet export regulations to ASEAN markets, Europe, and North America.
From modernizing marine transit systems (ferry gearboxes, hull fittings) to building lightweight components for the Philippine utility grid, the reliability of local materials determines long-term structural viability. Aluminum alloy forging provides the ultimate solution for components exposed to saline environments, high relative humidity, and constant thermal stress.
By bridging advanced Chinese forging capabilities with localized distribution and direct logistical access to Manila, Batangas, and Cebu ports, Ningbo Jiangbei XinYe Metal Works Co., Ltd. delivers high-precision OEM products that reduce local production bottlenecks. The integration of high-grade alloy series (primarily 6000 and 7000 series aluminum) ensures parts handle demanding stress factors.
Founded in 1996 as an owner-managed SME corporation, Xinye Metal Works has grown from a specialized family workshop into a modern industrial enterprise. Located in the Ningbo Jiangbei Industrial Zone, our facility is situated within a 3-hour high-speed rail network radius from Shanghai International Airport, facilitating fast logistical communication and client site visits.
Our infrastructure spans 16,000 square meters of production floor space, complemented by an additional 11,000 square meters under construction. Out of our 130 dedicated staff members, 80 are positioned on the active production floors, while 50 lead product development, engineering, quality control, and management logistics.
Xinye Metal Works provides comprehensive manufacturing services, including high-capacity CNC machining, aluminium alloy hot forging, lost wax stainless steel casting, extrusion, stamping, and premium surface treatments (such as anodizing and electro-polishing). Our target markets include Europe, North America, Russia, and Southeast Asia (with a focus on the developing industrial hubs of the Philippines).
Xinye Head Office and Main Production Facility
Our core manufacturing equipment is imported from Japan, guaranteeing high repeatability and precision.
Friction press machines with capacity from 300 tons up to 1000 tons. Ideal for processing medium to large aluminum alloy forgings with tight tolerance controls.
Column hydraulic machines with press force from 100 tons to 630 tons. These systems provide steady structural pressure to achieve uniform grain orientation.
State-of-the-art CNC machining centers with 4-axis control, high-speed turning, and precision milling machines to handle complex post-forging profiles.
Our manufacturing floors run on a standard schedule of 6 days a week, 16 hours a day. However, to meet peak project demands for regional infrastructure or large-scale automotive orders, our production lines can scale up to 24/7 full-shift operations within a 30-day window. We actively invest in machinery expansions to support our clients' growing production needs.
Take a virtual tour of our facilities to see our hot forging lines, machining operations, and quality inspections in action.
Operating under ISO 9001:2015 and SA8000 certifications, our internal QA program ensures traceable material properties for all manufactured parts.
At Xinye, quality is our foundation. Our quality verification process begins at the raw material stage. We run full chemical composition profiles on all inbound aluminum alloys using our optical emission spectrometer. We do not release raw stock to the pre-heating ovens without verifying its metallurgical composition.
Throughout production, we perform in-process dimensional checks to monitor and manage tool wear on our hydraulic presses. This prevents dimensional drift during large production runs. Following forging, heat treatment, and post-machining operations, all critical dimensions are inspected, documented, and provided to clients via custom dimensional reports.
Enables high-accuracy chemical analysis of raw aluminum billets before they enter the manufacturing lines.
Coordinate Measuring Machine provides three-dimensional checks for complex geometric profiles with micron-level accuracy.
Optical measurement systems inspect high-volume, small-scale structural features without surface contact.
Spring tension and compression testers evaluate yield point performance, structural load capacities, and elongation properties.
Explore how our custom metal solutions are used in various industrial sectors across the region.
Subsector: Power Transmission Lines & Grid Developments (Luzon Grid Upgrade)
Material: Corrosion-resistant forged Aluminum Alloy with protective anodized finishes.
Our structural cable clamps and busbar connectors withstand high environmental salinity and prevent thermal fatigue in marine installations.
Subsector: Modern Jeepney and Electric Vehicle Assembly Lines (Laguna & Cavite)
Material: High-tensile forged Aluminum (6000 & 7000 Series).
Precision forged chassis connectors, steering knuckles, and specialized e-bike lever brackets designed to optimize weight and strength.
Subsector: Aviation Ground Support & Fuel Hydrant Pipelines (Ninoy Aquino International Airport)
Material: Forged & Stamped Alloys, Stainless Steel hardware.
Specialized Aviation Fuel Hydrant Pit Box covers and structural hinge brackets built to support wheel loads and resist chemical exposure.
Subsector: Agricultural machinery and plantation biomass management (Mindanao Hubs)
Material: High-hardness alloy steels (Q345B, 42CrMo, NM400).
Heavy-duty cutter discs and feed rollers engineered for wood chipping and agricultural residue processing lines.
From preliminary drawing review to regional container delivery, we manage every phase of the manufacturing process.
Clients provide technical drawing files (STEP, DWG, PDF). Our engineers run DFM evaluations to optimize forging angles and parting lines.
We build custom forging dies in-house and produce initial samples for metallurgical and dimensional testing.
We supply complete CMM measurement layouts and material test reports (MTRs) to the client for final inspection and approval.
Our manufacturing floor coordinates billet pre-heating, closed-die friction pressing, flash trimming, and CNC finishing.
Parts are packed for export and shipped to Southeast Asian ports, accompanied by a 1-year product warranty.
Looking to replace heavy cast steel components with high-strength forged aluminum parts for your projects in the Philippines? Contact our technical team for DFM reviews and detailed quotations.
Submit RFP / RFQ DetailsTechnical answers regarding metallurgy, logistical lead times, custom ordering, and quality verification.
A comprehensive selection of custom components, forgings, and machined parts designed for international industrial systems.
XinYe Metal