Engineered to international aerospace and structural marine standards with premium raw material sourcing and rigorous certified quality control.
Established in 2015 and strategically based in Foshan City, Guangdong—the aluminum industrial capital of China—LvXing Intelligent Equipment Co., Ltd. has grown into an international engineering partner specializing in heavy-duty aluminum solutions. Backed by a high-caliber Research & Development division, we possess deep technical capabilities to engineer customer blueprints into high-precision structural products that satisfy rigorous safety tolerances.
By partner sourcing premium-grade Fenglu aluminum raw materials, we assure consistent chemical integrity across all product lines. Our core machinery profile features comprehensive extrusion lines scaled from 800T up to 20,000T. This enables us to extrude structural alloys spanning the 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series. LvXing stands out with its ability to fabricate massive integrated profiles, achieving cross-sectional dimensions up to 1.2 meters in width and single extrusion lengths of up to 28 meters.
These large-format profiles are utilized heavily across demanding industrial sectors, including aerospace engineering, military defense infrastructures, marine navigation systems, hospital landing pads, and skyscraper rooftop assemblies. Every structural component conforms strictly to GB/T19001-2016/ISO9001:2015 quality standards, ensuring reliable operational lifespans in coastal, offshore, and extreme high-altitude conditions.
Why elite global EPC contractors and procurement managers select LvXing for high-specification architectural and marine systems.
We are officially accredited with the “Special Aluminium Materials for Aerospace” Certificate. This validates our mechanical and metallurgical capabilities in managing precision cooling cycles and structural homogeneity, essential for aviation platforms.
Leveraging high-purity Fenglu aluminum billets, our advanced press lines (ranging from 800T to 20,000T) process heavy structural profiles, allowing for seamless deck surfaces up to 1.2m wide, which reduces critical field weld points.
Our core engineering team possesses over 15 years of industry experience. We specialize in stress-load calculations, finite element analysis (FEA), and wind load structural tuning, turning complex mockups into code-compliant installations.
Understanding the material chemistry and heat treatment phases that render 6061 the gold standard for global infrastructure.
Alloy 6061 (primarily Al-Mg-Si) is a precipitation-hardened aluminum alloy characterized by balanced mechanical properties, structural stability, weldability, and resistance to environmental corrosion. When heat-treated to the T6 temper status via solution heat treatment followed by artificial aging, 6061 displays exceptional yield strengths, making it suitable for structural loads in helidecks, marine vessels, and structural framework.
Our raw material undergoes strict spectral verification. Element contents are balanced precisely (Magnesium 0.8-1.2%, Silicon 0.4-0.8%, Copper 0.15-0.4%, Chromium 0.04-0.35%) to control intergranular grain structure during extrusion heat-quenching.
Achieves tensile strengths ≥ 290 MPa, yield strengths ≥ 240 MPa, and elongation rates exceeding 10%. This prevents brittle failures under high impact forces, such as emergency helicopter landings.
T6 temper processing provides structural defense against atmospheric rust and marine chloride corrosion. Ideal for coastal skyscraper tops and deep-sea vessels.
Deciphering supply-chain requirements, decarbonization targets, and structural engineering compliance demands.
EPC contractors are moving away from multi-component welded assemblies. Utilizing ultra-large profiles (up to 1.2 meters wide) reduces structural assembly labor, increases load distribution efficiency, and minimizes welding stress points.
Modern sustainability requirements prioritize low-carbon aluminum. Lvxing’s production utilizes highly efficient extrusion processing, supporting international green building certifications (such as LEED) and carbon tax border adjustments (CBAM).
Procuring raw parts requires strict adherence to CE certifications and ISO standards. Our testing protocols provide mill test reports (MTRs) and quality documentation that meet North American, European, and Asia-Pacific standards.
How our customized 6061-T6 profiles serve as structural backbones in critical engineering fields.
Offshore oil platforms and luxury ships operate under harsh conditions. Lvxing manufactures marine-grade 6061-T6 deck panels with integrated anti-skid grooves, designed to withstand continuous seawater spray and high wind pressures.
Emergency medical services (EMS) rely on rooftop helipads. Our profiles enable lightweight, high-strength structural framing, reducing dead load on buildings while providing support for helicopter operations.
Our heavy-duty profiles are used in structural components for industrial automation, custom tooling, and defense equipment requiring specific strength-to-weight ratios and high machining tolerances.
Shipping custom heavy structural extrusions globally requires precise planning, packaging, and regulatory compliance. At Lvxing, we ensure that every custom run is supported by documentation, from initial alloy casting to ocean-freight delivery.
Traceable Quality Systems: Compliance with GB/T19001-2016/ISO9001:2015 means every production step is tracked. We provide certificates for chemical composition, hardness tests, tensile testing, and anodization film thickness.
Integrated Sea & Air Logistics: We handle bulk transport of oversized profiles (up to 28m length) using specialized flat-rack packaging configurations to protect profiles from bending, scratching, or salt corrosion during transport.
Engineering Consultation: We offer remote technical assistance and pre-installation simulation checks to help local contractors streamline on-site assembly processes.
Our commitment to research, smart manufacturing, and the future of light metal engineering.
We use predictive finite element analysis (FEA) to simulate metal flow through dies. This reduces internal residual stresses, improves surface quality, and shortens custom production tooling lead times.
Our metallurgical research focuses on micro-alloying techniques. By adjusting minor elements within standard 6061 compositions, we enhance mechanical strength and weldability for structural applications.
We are integrating multi-axis CNC machining with automated cutting systems to deliver complex, ready-to-assemble profiles directly to project sites, reducing field fabrication work.
Technical and logistical insights for procurement managers and structural engineers.
6061-T6 provides a balanced combination of high tensile strength (up to 290 MPa), corrosion resistance, and good weldability. It is significantly lighter than structural steel, reducing structural dead loads on high-rise buildings and marine platforms while providing the load-bearing capacity required for helicopter landings.
Yes. Utilizing our heavy extrusion press lines (up to 20,000T), we can extrude structural profiles with cross-sectional widths up to 1.2 meters. This allows us to supply wide, interlocking structural panels that simplify assembly and reduce the number of connecting joints.
We partner with premium supplier Fenglu Aluminum for raw material billets. Every batch is supplied with an official mill test certificate and undergoes spectral chemical analysis and mechanical testing in our lab before extrusion.
We offer specialized surface treatments, including architectural-grade anodizing (Class I & Class II), PVDF coatings, and heavy-duty powder coating. These treatments provide protection against UV exposure, salt-spray corrosion, and physical wear.
Typical design and tooling manufacture takes 12 to 18 days depending on the profile complexity. Once the die is approved, standard production runs are completed in 15 to 25 days. Bulk shipping timelines vary by destination port.
Explore our full line of specialized profiles, safety systems, and custom marine ship deck fabrications.
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