Explore our certified solutions engineered for global aviation, industrial security, and advanced heat mitigation
Modern architectural structures, elevated heliports, offshore oil rigs, and high-altitude infrastructure demand robust physical security barriers. Custom aerial safety nets—particularly those framed with high-tensile structural aluminum alloys—represent the pinnacle of modern life-safety integration. Far beyond simple plastic mesh, these systems prevent catastrophic falls, protect personnel, and comply with strict global safety directives.
As urban skylines grow denser and offshore activities expand into deeper waters, the deployment of perimeter safety nets is no longer optional. Regulatory bodies such as FAA, UK CAA (CAP 437), and OSHA demand that structural installations maintain dynamic drop-impact capacities. Advanced aluminum frames provide the perfect combination of structural strength, ultra-low weight, and lifetime corrosion resistance, ensuring these systems perform flawlessly under harsh marine and atmospheric conditions.
Maximum Extrusion Capacity
Technician Engineering Expertise
Global Quality Certifications
Max Profile Section Dimensions
Why Tier-1 industrial contractors choose LvXing Intelligent Equipment
We have obtained the "Special Aluminium Materials for Aerospace" Certificate, assuring military-grade reliability.
Utilizing high-quality Fenglu aluminum profiles. With extrusion lines from 800T to 20,000T, we produce alloys 1xxx to 7xxx up to 1.2m wide.
15 years of technical expertise. We turn concepts into physical products that resolve structural safety challenges.
In the global oil and gas sector, marine helideck safety is governed by the stringent CAP 437 standards issued by the United Kingdom Civil Aviation Authority. These standards state that perimeter safety nets must be installed around helidecks, projecting outwards by 1.5 meters and rising slightly above deck level to catch falling objects or crew members without creating an aerial obstacle. The structural frames holding these safety nets must withstand severe offshore winds, dynamic wave-induced vibration, and salty mist environments.
Similarly, the Federal Aviation Administration (FAA) regulates rooftop helipads for commercial skyscrapers and metropolitan hospital hubs. As medical helicopter transfers become increasingly integrated into urban emergency medical services (EMS), the structural design of helipads requires perimeter nets that are fireproof, light, and virtually maintenance-free. Traditional steel framing suffers from progressive rust and fatigue, driving the global transition toward advanced structural aluminum profiles.
We leverage 6000 and 7000 series aluminum alloys, delivering high yield strength equivalent to mild steel at only one-third of the density.
Marine-grade anodizing and special alloy coatings protect structures against seawater degradation and acid rain erosion.
Our 20,000T press easily shapes structural profiles up to 1.2 meters wide, reducing the need for weak weld points.
At LvXing Intelligent Equipment, we realize that every geography operates under distinct compliance mandates. In Europe, the CE Mark is vital; our helipad safety net elements are manufactured in full conformity with CE directives. For projects in North America, we align structural drawings with OSHA fall protection rules and FAA Advisory Circulars. Our systems are pre-engineered to absorb impact energy exceeding 2.3 kJ, protecting human life and avoiding damage to surrounding structures.
Our localized support involves customized site surveys and fast response quotes based on your exact engineering inputs. From our production base in Foshan City, Guangdong, we export custom profiles directly to your assembly sites. By utilizing premium Fenglu aluminum, we ensure every structural element meets standard mechanical thresholds under ASTM, EN, and GB/T standards.
Our aerospace-grade quality management practices ensure every custom-built aerial frame provides the safety and structural integrity needed for demanding environments.
Through our partnership with Fenglu Aluminum, we process premium raw materials to deliver high wind load performance and structural safety.
Our veteran design and manufacturing team optimizes frame joints and netting intersections to simplify on-site installation and reduce maintenance costs.
The safety netting industry is transitioning from static barrier frames to dynamic, smart protection systems. LvXing's research and development team is designing intelligent perimeter net frames with embedded strain gauges and fiber-optic sensors. These sensors detect real-time changes in structural tension caused by heavy weather or dynamic impact, warning maintenance managers before structural failures occur.
We are also committed to sustainable manufacturing. By using low-carbon, recycled primary aluminum and energy-efficient extrusion cycles, we help global infrastructure developers meet green building requirements (such as LEED certification). We continue to enhance our 20,000T extrusion line capabilities to develop thinner, stronger structural members, reducing raw material usage while maintaining strict safety factors.
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