Browse our premier range of architectural aluminum fabrications, helipad systems, and industrial grade hardware designed to exceed global offshore safety standards.
Established in 2015 and strategically located in Foshan City, Guangdong (the aluminum fabrication capital of China), LvXing Intelligent Equipment Co., Ltd. has evolved into a premier national high-tech enterprise. We focus on transforming complex architectural blueprints and mechanical drawings into precision-engineered reality.
We utilize exclusively premium-grade Fenglu aluminum, recognized worldwide for its superior structural properties and metallurgical consistency. Our comprehensive facility operates state-of-the-art extrusion lines ranging from 800T to 20,000T, allowing us to supply high-strength profiles across the 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx alloy series. This massive tooling bandwidth enables the fabrication of massive structural elements reaching up to 1.2 meters in section width and up to 28 meters in single-span length.
Our commitment to rigorous, defect-free production has earned us the prestigious "Special Aluminium Materials for Aerospace" Certificate alongside system-wide certification in accordance with GB/T19001-2016 and ISO9001:2015. Whether for offshore heliports, safety netting, transport solutions, or military installations, we act as a reliable, engineering-focused supplier to global contractors.
We are certified to produce "Special Aluminium Materials for Aerospace". This indicates that our metallurgical purity, grain orientation control, and structural integrity withstand the strict load cycles required for critical heliport safety installations.
Utilizing extrusion lines up to 20,000T allows Lvxing to manufacture large-scale profiles spanning up to 28m in length. This significantly reduces weld fatigue points, structural seam vulnerabilities, and assembly times on offshore installations.
Our core R&D team consists of mechanical, structural, and civil engineers with over 15 years of application-specific expertise in marine environments. We troubleshoot load tolerances, wind load mitigation, and galvanic isolation at the pre-production phase.
As offshore exploration pushes further into extreme climatic regions, safety criteria on maritime decks have grown tighter. Standard stainless steel wire rope nets, once common, suffer from corrosion fatigue, weld degradation, and excessive weight. The industry is rapidly shifting toward lightweight, modular Marine-Grade Aluminum Alloy (6000 & 7000 Series) mesh frameworks integrated with high-durability polymer or specialized stainless steel rope webbing.
Our technical roadmap focuses on the development of smart helideck perimeter safety nets. These include automated mechanical tension monitoring and integrated LED warning systems. Our current research initiatives address:
Our deck net systems and aluminum structures are customized to meet the distinct engineering and safety demands of various landing environments.
Offshore vessels face continuous salt spray, high winds, and severe motion. Lvxing deck safety nets comply with CAP 437 standards, featuring robust 316L stainless steel cable meshes combined with 6082-T6 marine aluminum frames. This prevents corrosion and secures personnel against lateral deck sliding.
Hospital roof-mounted helipads require lightweight structural framing that doesn't overload older building structures. Our high-strength extruded aluminum helipad profile systems integrate directly with perimeter safety nets, providing a reliable drop-safety margin while minimizing overall dead-load weight.
Yachting helipads demand high safety coupled with clean aesthetics. Our custom retractable and fold-down safety nets operate via low-profile manual or automated electric actuators. This allows the deck to stay clean and unobstructed when the landing zone is not in active use.
Lvxing Intelligent Equipment utilizes the manufacturing capabilities of Foshan's advanced aluminum processing cluster. This concentration of raw material refinement, die-cutting, extrusion, surface finishing, and testing services nearby ensures a resilient supply chain with minimal logistics delays.
Our raw material feedstock comes from Fenglu Aluminum, a premier brand in Chinese aviation extrusion. This direct access bypasses intermediaries, ensuring consistent material grade tracing and cost control. Operating production lines up to 20,000T allows us to run large extrusion batches with precise wall thickness tolerances, reducing raw material waste and passing savings down to the end consumer through competitive wholesale pricing.
During manufacturing, each profile batch undergoes non-destructive ultrasonic defect testing, spectrochemical analysis to verify alloy proportions, and mechanical stress checks before final export packaging.
Technical comparison of our standard manual and automated perimeter safety net systems.
| Parameters / Features | Electric Safety Net (Automated) | Manual Folding Net System | Fixed Perimeter Netting |
|---|---|---|---|
| Primary Material | Alloy 6082-T6 / SS316 Mesh | Alloy 6061-T6 / SS316 Mesh | Stainless Steel 316 / 316L Cable |
| Compliance | CAP 437, EASA, CE certified | CAP 437, FAA standards | FAA AC 150/5390-2C |
| Actuation Method | Automated Electric Gearbox | Manual Counterweight / Hinge | Rigid Support Brackets |
| Impact Resistance | Over 2.3 kJ energy absorption | Over 2.3 kJ energy absorption | 125kg Drop Test (1.0m height) |
| Corrosion Resistance | High (Anodized + PVDF Coated) | High (Standard Anodized) | Excellent (Electropolished SS) |
| Typical Applications | FPSOs, Military Vessels, Offshore Rigs | Hospital Helipads, Commercial Roofs | Ground-level Landing Zones, Heliports |
Our engineered solutions are designed to work together, from the sub-structure supports to the perimeter safety net systems.
Designing structures for aviation and maritime operations requires strict adherence to international safety codes. Lvxing safety net systems are engineered and tested to comply with standard industry guidelines:
UK CAA CAP 437: Chapter 5 regulations dictate that helideck perimeter safety nets must be 1.5 meters wide, rise slightly above the landing deck edge (no more than 250mm), and exhibit an upward slope of 10 degrees. The mesh must withstand a drop-test energy equivalent to a 125 kg weight dropped from a height of 1 meter without structural failure.
US FAA Advisory Circular 150/5390-2C: Outlines structural requirements for perimeter safety guards on elevated hospital, corporate, and municipal helipads.
ISO 9001:2015 & CE Certification: Our electric automated safety net systems carry full CE markings, confirming electrical subsystem safety, mechanical load calculations, and long-term durability in cold offshore environments.
Because every installation varies by platform geometry, deck layout, and certification requirements, pricing is calculated based on specific project variables:
Contact our engineering sales office to receive a custom CAD review and itemized quote sheet for your target site parameters.
We answer the common questions from offshore engineering procurement managers, structural consultants, and marine builders.
Explore additional aluminum extrusions, safety nets, brackets, and window systems manufactured at our Foshan facility.
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