Explore our industrial range of high-performance aluminum profiles and perimeter safety mesh lines.
Established in 2015 and located in the industrial manufacturing hub of Foshan City, Guangdong, LvXing Intelligent Equipment Co., Ltd. has grown to become a dominant force in structural aluminum alloys and high-performance safety perimeter system design. Backed by a dedicated R&D team and state-of-the-art tooling infrastructure, we transform conceptual custom designs into highly functional, field-tested structural assets.
Our raw material security is anchored by our strategic partnership with Fenglu Aluminum. Leveraging a complete production pipeline that spans extrusion lines from 800T up to a monumental 20,000T, we process advanced aluminum alloy grades across the 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series. Our capabilities permit the manufacturing of complex, large-format profile configurations up to 1.2 meters in width and 28 meters in length. This scale of precision engineering underpins our supply chain dominance in the global marine, aviation, military, and offshore energy markets.
Extrusion Capability
Max Profile Length
CAP 437 / CE Compliance
R&D Engineering Pedigree
Ensuring compliance, chemical tracking, and robust structural safety under extreme environmental loads.
In high-stakes industrial, offshore, and marine environments, a perimeter deck safety net is not an architectural accessory; it is a life-critical safety device. Marine and aviation engineers understand that specifying a Customized Deck Net requires rigorous verification of materials and system behavior under dynamic impacts. Procurement managers must navigate international regulatory standards, ensuring compliance with Civil Aviation Authority rules such as CAP 437 (Standards for Offshore Helicopter Landing Areas), UK CAA, and equivalent international marine class societies like DNV-GL, ABS, and Lloyd’s Register.
Under these stringent codes, perimeter safety nets must extend outward at least 1.5 meters from the edge of the landing platform, slope upward slightly, and be designed to arrest the fall of a person or heavy objects without bouncing them back onto the landing surface. Our structural designs utilize custom-extruded, high-grade marine aluminum frames and corrosion-resistant mesh panels that are rigorously tested to absorb kinetic energy without failing.
Precision control over heat treatment tempering (e.g., T6 state) to ensure optimal grain alignment and prevent intergranular corrosion in saline environments.
Simulating 100 kg drop testing from heights exceeding 2.5 meters to verify energy-dissipating performance and prevent structural frame failure.
Standard architectural or marine-grade anodizing (exceeding 20 microns) protects extruded surfaces against prolonged environmental exposure.
Tailored structural configurations designed to integrate seamlessly across diverse infrastructure sectors.
Designed for oil rigs, jack-ups, and FPSO vessels operating in corrosive, storm-prone marine environments. Our deck systems resist extreme wave action and salt spray.
For skyscraper corporate hubs and hotels. We balance structural weight limits with fire safety codes, dynamic wind loads, and long-term aesthetic integration.
Ensuring immediate, reliable emergency landing zones. Designed to handle rapid thermal changes and high landing frequency, with zero-maintenance reliability.
Whether upgrading an offshore FPSO facility or constructing a rooftop helideck for a metropolitan trauma center, system integration is critical. Modern deck net structures must interface with the helideck’s main support frame without inducing galvanic corrosion. This is accomplished by utilizing high-grade stainless steel fasteners combined with insulating polymer gaskets, separating the marine aluminum profiles from other structural metals.
Furthermore, our safety nets utilize modular designs. If a landing incident damages a specific section, that module can be unbolted and replaced quickly on-site. This eliminates the need for hot-work permits or broad deck shutdowns, minimizing operational downtime for critical infrastructure.
Combining heavy industrial extrusion power with advanced CNC milling and strict ISO quality tracking.
Operating from Foshan City, LvXing Intelligent Equipment coordinates production with advanced, automated extrusion machinery. Ranging from 800T for fine-detail profiles to 20,000T for large structural profiles, our plant handles diverse alloy profiles with section dimensions up to 1.2m wide and 28m long.
By utilizing premium Fenglu aluminum billets, we ensure that every batch of aluminum profiles exhibits high tensile strength and elongation metrics. This foundation supports our aerospace-grade material certification and helps us maintain compliance with GB/T19001-2016/ISO9001:2015 quality standards.
We have obtained the "Special Aluminium Materials for Aerospace" Certificate, confirming our ability to meet elite safety and quality benchmarks.
We produce alloys in 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series, with widths up to 1.2m or lengths up to 28m.
Our experienced technical team identifies potential challenges early in the design phase, turning custom ideas into reliable physical assets.
Pioneering next-generation deck net technologies through structural innovation and smart tracking.
Developing structural load sensors integrated into the net frame to transmit real-time tension data, helping identify maintenance needs before components wear out.
Formulating highly recyclable aluminum alloy grades that require less carbon-intensive refining while maintaining high yield strengths in marine environments.
Integrating optical fibers and micro-switches into the mesh grid to instantly alert control towers in the event of an object or personnel fall.
Global operations demand thorough compliance documentation and consistent structural performance, regardless of geographic location. LvXing stands behind its custom-designed safety systems with support that extends from our factory floor in Foshan to final assembly on-site. Our engineering team provides detailed finite element analysis (FEA) models, comprehensive stress profiles, and custom assembly templates for every project.
To simplify local compliance, all products are shipped with detailed Material Test Reports (MTRs) tracing the chemical and mechanical properties of the aluminum profiles back to their original casting batches. Additionally, we provide guidance for on-site commissioning, assisting local mechanical crews through step-by-step tensioning procedures to satisfy regulatory drop testing requirements.
Expert engineering answers to critical regulatory, chemical, and design questions.
Every structural deck safety net design undergoes rigorous finite element testing to verify it can withstand the dynamic impact forces mandated by Civil Aviation Authority (CAA) standards. We test frame profiles and mesh configurations using simulated 100 kg drop tests from key drop heights. Testing reports, material certificates, and safety factor calculations are compiled for class society verification.
Marine-grade aluminum alloys, particularly from the 6xxx and 7xxx series, provide an excellent strength-to-weight ratio. This reduces structural overhead on cantilevered platforms. Aluminum naturally oxidizes to form a protective layer, which is enhanced by marine-grade anodizing to prevent salt-air corrosion without requiring constant painting or maintenance.
Yes. Utilizing extrusion machinery ranging from 800T to 20,000T, we can extrude customized aluminum profile cross-sections up to 1.2m wide and 28m long. This capability allows us to design custom structural shapes that combine landing decks, gutters, and perimeter support brackets into a single, unified profile.
Galvanic corrosion is prevented by isolating dissimilar metals. When joining aluminum frame assemblies to steel support structures, we use high-grade 316 stainless steel hardware paired with non-conductive, UV-resistant neoprene or Teflon isolation washers and bushings. This prevents physical metal-to-metal contact, eliminating galvanic pathways.
Standard lead times range from 4 to 8 weeks, depending on design complexity and extrusion queue requirements. Our team works to expedite raw material sourcing through our relationship with Fenglu Aluminum. In-house CNC processing, finishing, and pre-assembly testing are managed under one roof to minimize delays.
Yes. Every batch of customized safety systems undergoes quality inspections in compliance with ISO9001:2015. Customers receive a documentation package containing dimensions, anodization thickness measurements, mechanical performance values, and material traceability certifications.
Explore our engineering capabilities across support hinges, structural fittings, and helipad installations.
LvXing
