China Extrusion Aluminum Profiles Manufacturer & Supplier

Precision Engineering, Large-Scale Heavy-Duty Extrusions, and Bespoke Structural Solutions for Global Infrastructure, Marine Systems, and Aerospace Applications

Welcome to Lvxing

LVXING: Leading the Era of Advanced Structural Aluminum Solutions

Established in 2015 and located in the core industrial hub of Foshan City, Guangdong, LvXing Intelligent Equipment Co., Ltd. has developed into a premier force in high-precision aluminum extrusion manufacturing. Backed by a highly experienced R&D team, we continuously push the boundaries of structural engineering to convert complex client concepts into physical reality, matching stringent parameters across various extreme-demand sectors.

We strictly utilize premium raw materials, primarily sourced from industry-benchmark Fenglu aluminum, to ensure the absolute purity, mechanical reliability, and structural predictability of our extrusions. Operating advanced presses ranging from 800T to 20,000T, our extrusion capabilities comfortably encompass processing high-strength alloys across the 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series. This expansive press capacity enables us to produce massive profile cross-sections up to 1.2 meters in width and up to 28 meters in linear length.

Every phase of our production—from precision billet preheating and die design to secondary CNC machining, chemical surface treatments, and packing—is governed by our GB/T19001-2016/ISO9001:2015 certified quality management system. LvXing stands as an accredited national excellent and honest enterprise, trusted by industry leaders globally.

LvXing Industrial Manufacturing Plant
20,000T
Max Press Capacity
1.2m
Maximum Cross-section Width
28m
Maximum Extruded Length
15+
Years Technical Experience

Technical Superiority & Manufacturing Edge

How we leverage high-tonnage metallurgy, specialized certifications, and deep design expertise to outclass industry benchmarks.

Aerospace Certification Facility
Aerospace Seal

Aerospace Material Certification

We have successfully obtained the highly sought-after "Special Aluminium Materials for Aerospace" Certificate. This ensures our 2xxx, 7xxx, and high-performance 6xxx series extrusions meet international aerospace tolerances, providing superior fatigue limit resistance and micro-structural consistency for load-bearing configurations.

Extrusion Press Operation
Press Icon

Advanced Extrusion Lines (800T–20,000T)

We provide and utilize high-quality Fenglu aluminum profiles. Utilizing our heavy-duty extrusion lines ranging from 800T up to 20,000T, we process standard and custom profiles in alloys 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx. This machinery allows the fabrication of ultra-wide, one-piece structural shapes measuring up to 1.2m wide or 28m long, drastically reducing weld interfaces and weak points.

R&D Engineering Team
R&D Icon

15+ Years Technical Experience

Our dedicated engineering department consists of veteran technical advisors boasting over 15 years of hands-on metallurgical and mechanical experience. By analyzing raw concept models, structural finite elements (FEA), and architectural requirements, we identify potential issues early in the design stage, suggesting structural optimizations to match strict physical parameters.

Global Aluminum Extrusion Development Trends

Strategic insights for procurement directors, structural engineers, and logistics managers handling high-volume aluminum sourcing.

Macro-Industry Structural Solutions

Providing specialized engineering packages tailored for structural challenges in demanding physical environments.

Skyscraper Helipad Structures

Our aluminum structural profiles are custom-engineered to dynamic loads and aerodynamic turbulence at extreme heights. Lightweight properties minimize roof dead-load, reducing primary building concrete support costs while guaranteeing ultimate strength limits for commercial helicopter landings.

Marine & Offshore Platforms

To resist salt-spray corrosion (C5-M environment), we offer tailored 5xxx and 6xxx series profiles. These profiles undergo advanced marine-grade anodizing or electrophoretic coating, satisfying strict marine certification requirements for offshore gas rigs, logistics vessels, and luxury yachts.

Hospital Emergency Helipads

Time is critical in medical emergencies. Our prefabricated modular aluminum helipad systems allow rapid assembly, immediate certification compliance, and low maintenance. Integrated perimeter safety nets and warning light channels fit seamlessly into the extruded shapes.

Global Compliance & Verification Standards

Sourcing structural metal products from China requires strict quality checks and verification. At LvXing, we reduce global procurement risks through structural validation:

  • CE Mark Certification: Our manufacturing runs are certified to meet EU structural safety regulations, streamlining import procedures.
  • ISO 9001:2015 Quality Management: Documented processes guarantee that every batch of aluminum profiles matches approved drawings.
  • Rigorous Testing: We conduct yield strength, ultimate tensile strength, elongation, and hardness testing on every shipment, delivering certified mill reports.
  • Custom packaging options: Heavy-duty wood crates, shrink-wrap layers, and moisture-absorbing materials protect metal finishes over long sea shipping journeys.

Logistics and Tariff Support

Mitigating Procurement Friction

Navigating anti-dumping duties and global tariff codes requires specialized knowledge. We work closely with experienced customs brokers and shipping agents to provide transparent H.S. Code classifications and flexible shipping terms (FOB, CIF, DDP).

Additionally, by supplying modular prefabricated components rather than raw metal bars, we help clients utilize optimal import categories, lowering overall duty rates and speeding up customs clearance.

Technology Roadmap & Innovation Future

A strategic look at how we adapt to next-generation structural demands and technological advancements.

01

Alloy Refinement

Developing custom chemical trace structures in 6xxx/7xxx series alloys to boost mechanical yield strength by 15% without reducing profile ductilities.

02

Smart Extrusion Dies

Using real-time sensor technologies to monitor temperature and metal flow speed, avoiding internal micro-porosity during extrusions.

03

Friction Stir Welding (FSW)

Expanding our FSW welding bays to combine wide extruded profiles with minimal heat-affected zones (HAZ) for marine structures.

04

Carbon Tracking

Implementing digital product passports showing carbon footprints per kilogram of aluminum shipped to European partners.

Technical FAQ & Procurement Advice

Common questions answered by our engineering and metallurgical departments.

Q1: Why is the tonnage of the extrusion press critical for structural profiles?
The press tonnage (such as our 20,000T line) directly determines the maximum cross-sectional area and extrusion ratio of a profile. High tonnage allows us to extrude large, complex shapes (up to 1.2m wide) in one piece. This eliminates the need to weld smaller sections together, keeping the mechanical properties uniform and avoiding localized heat distortion.
Q2: How do you verify the quality of your aerospace-grade and helipad profiles?
Every batch goes through strict quality gates: chemical composition analysis by optical emission spectrometers, mechanical strength checks (yield strength, UTS, elongation), hardness tests, and dimensional verification. We also perform non-destructive ultrasonic and liquid penetrant tests to ensure no internal defects exist.
Q3: Which aluminum alloys are recommended for marine and coastal helidecks?
For marine environments, 5083, 5086, and 6082-T6 alloys are preferred due to their high corrosion resistance. They withstand salt-spray exposure and keep their structural strength. We apply thick anodized or specialized polymer coatings to protect against marine-grade corrosion.
Q4: Can LvXing assist with custom die design and structural engineering?
Yes, our R&D team has over 15 years of design experience. We review client CAD/BIM models, perform structural simulations (FEA), and suggest design adjustments to optimize the metal flow, reduce weight, and lower overall tooling costs.