Established in 2015 and located in the core industrial manufacturing hub of Foshan City, Guangdong, LvXing Intelligent Equipment Co., Ltd. stands as a premier design, engineering, and manufacturing entity. Our core competencies are structured around advanced aluminum safety nets, structural safety meshes, and heavy extrusion profiles designed for complex, high-stress engineering installations like civil helipads, maritime vessel decks, and architectural drop-zones. We boast a highly skilled and seasoned Research & Development team that leverages structural mechanics and materials science to convert custom concept layouts into industrial realities.
We utilize premium-grade Fenglu aluminum raw materials to guarantee the purity, grain refinement, and structural homogeneity of our output. Outfitted with heavy-duty extrusion presses scaling from 800T to 20,000T, our factory is fully capable of processing a diverse range of alloys across the 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series. Our manufacturing envelope accommodates section dimensions up to 1.2 meters in width and 28 meters in length, achieving dimensional tolerances far stricter than international structural standards.
Every step of our process—from primary alloy selection and billet heating to extrusion, thermal aging, precision CNC milling, surface finishing, and complex load-testing—is subject to rigorous quality gates. This commitment has positioned us as a nationally recognized, honest enterprise, certified under quality management system standards GB/T19001-2016 / ISO9001:2015.
We have successfully obtained and maintain the "Special Aluminium Materials for Aerospace" Certificate, assuring our processes meet highest aerospace structural safety levels.
Utilizing high-quality Fenglu aluminum profiles. With extrusion lines from 800T to 20,000T, processing alloys 1xxx-7xxx, reaching section widths up to 1.2 meters and lengths of 28 meters.
Our veteran technical team carries over 15 years of industrial experience. This deep engineering base allows us to mitigate field-integration issues, ensuring custom designs align with target codes.
We leverage highly stable aluminum-magnesium (5xxx series) and aluminum-magnesium-silicon (6xxx series) alloys. Alloys like 6061-T6 and 6082-T6 undergo precision solution heat-treatment and artificial aging to maximize yield strength and prevent localized galvanic corrosion in high-salinity marine environments.
Our perimeter safety nets utilize flexible, high-tensile 316 stainless steel mesh or specialized aluminum-silicon wire matrices integrated into rigid structural aluminum frames. Designed to withstand kinetic impact tests exceeding 2.3 kJ, exceeding ICAO Annex 14 drop requirements without structural failure.
For operations on marine vessels and coastal zones, our profiles undergo technical anodizing and hard-coat electrophoresis. This yields a surface oxide film thickness of 15 to 25 microns, providing excellent protection against UV radiation, acidic atmospheric conditions, and prolonged salt-spray exposure.
As engineering requirements evolve, LvXing is actively spearheading R&D into scandium-doped aluminum alloys to achieve lighter profiles with higher tensile values. Furthermore, we are designing smart integrated safety nets containing load-sensing optical fibers. These smart meshes continuously monitor tension variables and frame stresses in real time, transmitting live structural health data to helipad operators or marine vessel control rooms.
Offshore helipads face severe, continuous exposure to harsh marine environments. Our safety nets are manufactured using corrosion-resistant aluminum alloys combined with high-grade fasteners, offering long-term reliability for oil rigs, drillships, and floating production platforms (FPSOs).
Modern hospitals and commercial skyscrapers rely on structural rooftop helipads for emergency medical services and VIP transport. LvXing's lightweight profile engineering ensures structural loads on host buildings are minimized while ensuring compliance with national fire and building safety standards.
Vessels in high seas undergo intense movement, creating complex dynamic loads during helicopter landings. Our robust aluminum profile sub-structures and landing nets offer excellent stability, friction coefficients, and lateral force resistance to prevent aircraft slides or structural fatigue.
Located in Foshan, China's foremost aluminum cluster, LvXing capitalizes on deep vertical integration. By partnering directly with Fenglu Aluminum, we eliminate secondary supply-chain margins, securing raw billets at volume prices and passing these savings to global distributors through wholesale pricing models.
Our production facilities employ advanced CNC machining centers and automated extrusion systems. Through continuous tool-monitoring and predictive temperature control, we achieve excellent profile consistency across production lots. This high precision reduces installation times on site, ensuring modular sections assemble securely.
Helipad installations are highly regulated assets. LvXing ensures all structural profiles and safety net meshes are engineered and manufactured in strict compliance with the following international frameworks:
Our nets conform to the International Civil Aviation Organization's guidelines regarding perimeter safety systems for heliports, ensuring they project outwards and upwards without posing a rotor hazard.
Widely regarded as the benchmark for offshore safety, our materials are designed to satisfy CAP 437 dynamic drop testing requirements, proving structural integrity in critical rescue scenarios.
From alloy temper evaluations to salt spray assessments, our aluminum profiles undergo testing to comply with ASTM mechanical, structural, and environmental standards.
We serve international contractors, EPC firms, and distributors. Our commercial processes are optimized to support large-scale industrial procurement workflows:
Submit your site-specific structural schematics. Our engineers generate precision CAD drawings, matching appropriate alloys to your mechanical stress specifications.
We provide full material certs (MTRs), chemical composition breakdown sheets, ISO certification documents, and load-limit reports before delivery.
Export-grade packaging ensures profiles arrive undamaged. We use heavy timber framing, shock-absorbing wraps, and vapor-phase corrosion inhibitors for ocean freight.
Profiles are clearly marked to correspond with assembly schematics, reducing processing and erection times at the destination job site.
LvXing
