Engineered for extreme structural capacity, impact resistance, and compliance with strict aviation and civil safety codes.
Established in 2015, our specialized engineering focus has focused heavily on high-integrity modular systems. By partnering with industry giant Fenglu Aluminum, we guarantee that every T-slot structural profile and heavy helipad extrusion platform we supply carries unmatched microstructural integrity and dimensional control. Utilizing extrusion capacities spanning up to 20,000T, we satisfy the engineering mandates of aerospace, maritime, critical medical, and heavy industrial infrastructures.
Our core mission centers on custom solutions. We work directly with structural engineers, project managers, and logistics leads to ensure that components arrive fabricated to high tolerances, ready for rapid physical deployment. We don't just supply metal; we supply the calculations, precise alloys, and long-term structural reliability needed for complex environments.
Understanding alloy mechanics, load limits, and thermal tempers is essential to designing reliable structural frames.
Industrial structural assemblies require varying mechanical properties depending on whether they face static loading, vibration, marine corrosion, or dynamic impacts. By leveraging our massive extrusion range starting from 800T to 20,000T, we manipulate a wide array of aluminum series:
Whether your project demands structural modularity via a standard 4040, 8080 T-slot profile, or customized profiles with large sections up to 1.2 meters wide and 28 meters long, our metallurgical engineers verify the grain boundaries and temper stability (T5, T6, T651) to prevent premature shearing and stress-corrosion cracking.
| Alloy Family | Key Attributes | Yield Strength (MPa) | Primary Applications |
|---|---|---|---|
| 6063-T6 | Smooth finish, high corrosion resistance | 170 - 214 | Standard T-Slot grids, light framing |
| 6061-T6 | High strength, structurally structural | 240 - 276 | Heavy-duty structures, Helipads, Platforms |
| 6082-T6 | Highest strength of 6000 series, impact-ready | 260 - 310 | Bridges, marine structural components, heavy machinery |
| 7075-T6 | Aerospace strength, high fatigue resistance | 430 - 505 | Aerospace parts, military mobile platforms |
From metropolitan hospital roof heliports to marine cargo vessels, our customized aluminum profiles handle heavy dynamic stresses.
Rooftop hospital helipads require highly rigid structures that transfer point loads into building columns without transferring vibrations to delicate surgical equipment below. Our customized structural aluminum T-slot networks allow for integrated deck drainage, fire suppression plumbing, and integrated visual approach lighting.
Saltwater demands materials that resist galvanic corrosion. By utilizing marine-grade structural aluminum extrusions anodized to thicknesses up to 25 microns, we build landing decks and under-structures that survive extreme marine conditions without the heavy maintenance costs of carbon steel.
Wind shear at 300+ meters requires structural profiles with optimized aerodynamics. Our hollow, multi-chambered customized profiles decrease drag and structural dead load, reducing the seismic design requirements of skyscraper superstructures.
How macro economics, carbon reductions, and advanced manufacturing shape the future of aluminum T-slot procurements.
Industrial automation relies on flexible, reconfigurable frame designs. Weldments are rapidly being phased out due to the post-weld stress relieving processes they require and their lack of adjustability. T-slot aluminum extrusions solve these issues by offering simple bolt-together assembly, allowing quick setup of machine guards, cleanrooms, conveyor systems, and linear motion structures.
Additionally, the decarbonization of structures supports using aluminum over steel. Aluminum is 100% recyclable, has low transportation costs due to its low weight-to-volume ratio, and offers high thermal conductivity. Our raw materials are responsibly sourced and manufactured under efficient energy profiles, helping you achieve higher LEED points and satisfy Scope 3 emission targets.
How to select a tier-1 aluminum supplier and minimize manufacturing and delivery risks.
Small extrusion presses (under 3000T) cannot produce large structural sections, which forces designers to split components, creating unnecessary joints. A supplier with 800T to 20,000T press lines can produce single-piece profiles that span wider and handle higher loads without structural seams.
Profiles used in marine or chemical processing environments require robust anodizing (Class I, >18μm) or thick powder coatings. Verify that your supplier performs automated, in-house chemical baths to ensure uniform oxide layer thickness across the entire interior slot geometry.
Ask for raw material mill test reports (MTR) showing chemical breakdowns and mechanical properties. Insist on ISO9001:2015 quality control systems and specialized certifications like Aerospace Material Certificates, ensuring that every batch of aluminum profile is traceably sound.
With over 15 years of technical expertise, our team understands that small details make a big difference in high-stress applications. We review customer designs to spot potential installation interferences, suggest optimized slot geometries, and verify structural wind and load capabilities.
Whether navigating strict local structural standards, aviation requirements (like ICAO Annex 14 or FAA AC 150/5390-2C), or marine classification rules, our engineers ensure every component is fully compliant. We also offer tailored packaging and corrosion protection to guarantee that materials arrive at your site ready for fast assembly.
Our long-term technology roadmaps focus on maximizing strength-to-weight ratios and integrating smart functionalities.
Developing micro-alloyed 6000-series matrices that provide higher yield strength under dynamic loads, reducing structural weight by up to 15% without sacrificing safety.
Expanding our CNC capabilities to mill complex shapes directly from 28-meter extruded sections. This delivers drop-in components to job sites, saving weeks of on-site fabrication time.
Targeting zero-emission recycling lines and utilizing post-consumer aluminum scrap to reduce structural carbon footprints by 60%, matching global sustainability requirements.
High-load landing decks, peripheral safety nets, and customizable framing extrusions designed for critical environments.
What sets our manufacturing facilities apart on the global market.
We hold the "Special Aluminium Materials for Aerospace" Certificate, confirming our ability to meet high fatigue and tensile requirements under critical specifications.
We source top-grade Fenglu aluminum billets. With extrusion lines from 800T to 20,000T, we supply alloys in 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series up to 1.2m wide and 28m long.
Our engineering team draws on over 15 years of industry experience to review designs, identify potential dynamic load issues, and provide optimized manufacturing solutions.
Key technical answers to help engineering and sourcing teams make informed procurement decisions.
6061-T6 provides higher yield and tensile strength (approximately 240 MPa vs 170 MPa for 6063-T6), making it the preferred choice for heavy structural frames and helipads. 6063-T6 offers a smoother surface finish and is easier to extrude into complex profiles, making it popular for standard machine framing and modular displays.
Higher press tonnage allows the production of larger profiles. For example, a 20,000T press can produce single-piece profiles up to 1.2 meters wide, reducing the need to weld or bolt smaller profiles together. This preserves structural strength, minimizes joint failure risks, and cuts down assembly time.
Helideck safety nets and perimeter meshes must comply with international aviation and maritime standards, including ICAO Annex 14, FAA AC 150/5390-2C, and CAP 437. Our systems carry CE certification, proving they can withstand impact loads from incoming aircraft and resist harsh marine environments.
Yes. Our partnership with Fenglu Aluminum allows us to extrude a wide range of alloy series, including 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx. This ensures we can meet specific project needs, whether you require high-tensile 7075-T6 for aerospace components or marine-grade 5083/6082-T6 for offshore decks.
We provide a complete range of surface finishes, including clear and color anodizing (up to Class I, >18μm), powder coatings, and fluorocarbon (PVDF) finishes. These treatments protect aluminum profiles against atmospheric corrosion, UV damage, and chemical exposure in industrial and coastal environments.
Our R&D engineers bring 15+ years of design experience to your projects. We review 2D drawings and 3D CAD files to identify potential issues, suggest improvements for slot layout and tolerances, and perform finite element analysis (FEA) to confirm load and deflection performance before extrusion begins.
Let us help you optimize your next structural project. Contact our Foshan factory to discuss alloy choices, request quotes, or schedule a technical design review.
Email Our Technical Support Desk
LvXing
