Explore our certified solutions engineered for offshore, commercial rooftop, and specialized industrial helipad applications.
Established in 2015 and strategically located in the manufacturing hub of Foshan City, Guangdong, LvXing Intelligent Equipment Co., Ltd. has grown to become a benchmark R&D and production powerhouse. Backed by a high-caliber technical team with over 15 years of industry experience, we specialize in translating complex mechanical concepts into highly dependable, customized safety solutions for global infrastructure developers.
We work exclusively with high-quality Fenglu aluminum, incorporating specialized metal configurations to produce safety nettings, structural hinges, and landing deck profiles. Our continuous quality assurance protocol is supported by rigorous system audits, yielding prestigious designations like the national honest enterprise status and quality management systems certified to GB/T19001-2016/ISO9001:2015 standards.
Year Established
Max Extrusion Capacity
Technical Expertise
Our production facility is armed with massive hydraulic press lines ranging from 800T to 20,000T. This enables us to extrude comprehensive alloy groups:
Capable of producing elements up to 1.2 meters wide and 28 meters in length.
Pioneering manufacturing capabilities and strict regulatory compliance ensure peak performance under the harshest operational conditions.
We have obtained the exclusive “Special Aluminium Materials for Aerospace” Certificate, qualifying our safety systems for offshore helicopter decks and military vessels.
Utilizing premium Fenglu aluminum profiles with 800T to 20,000T extrusion capacities, we forge structures spanning up to 1.2m width and 28m length.
Our engineering division leverages over 15 years of technical expertise, optimizing customized designs to withstand extreme wind shears and mechanical stresses.
Uncompromising compliance metrics guiding the manufacturing and implementation of modern helipad perimeter safety systems.
Global aviation regulators, including the UK Civil Aviation Authority (under CAP 437 standards) and the International Civil Aviation Organization (ICAO Annex 14), mandate that perimeter safety netting must be installed around the edges of offshore drilling platforms, vessels, and rooftop helidecks. These nets must resist corrosion, block severe UV rays, and maintain structural integrity during emergency impacts, catching personnel without causing rebound injuries.
Perimeter safety nets are not mere passive barriers; they are dynamic lifesavers. Our netting undergoes rigorous drop testing, designed to absorb a drop force of at least 2.3 kJ. When a mass of 125 kg is dropped from a height of 1 meter, the net panel must deform plastically to dissipate the kinetic energy, ensuring that a falling technician or emergency crew member is caught safely without tearing the mesh or damaging the host frame.
Offshore oil rigs and deep-sea vessels operate under ISO 12944 C5-M (very high marine) environmental classifications. Standard steel mesh degrades rapidly under high salinity, leading to catastrophic stress failures. By using customized, high-anodized 6xxx-series aluminum profiles combined with stainless steel (316 grade) cable webbing, LvXing guarantees a service life exceeding 15 years in high-salinity zones with zero peeling.
Commercial rooftop helipads face localized wind shear and thermal column updrafts. These conditions demand lightweight safety frames that do not increase the structural load of the skyscraper while providing maximum wind permeability. Our low-drag aluminum profiles minimize wind force transfer to the skyscraper's perimeter parapets, safeguarding both structural integrity and helicopter safety.
A technical overview of the mechanical profiles and structural features of our custom helipad safety netting systems.
| Specification Parameter | Marine & Offshore Helidecks | Urban Skyscraper Rooftops | Military & Naval Helipads |
|---|---|---|---|
| Primary Alloy Base | Aluminum 6082-T6 / 6061-T6 | Aluminum 6063-T6 / 6061-T6 | Custom Aerospace 7xxx Series / 6082 |
| Mesh Wire Material | 316 Stainless Steel Wire Rope | Anodized Aluminum / 304 SS Wire | High-Tensile SUS 316 / Kevlar Blends |
| Frame Width Capability | Up to 1.2 meters (Customized) | Up to 1.0 meters (Standard) | Military Specification Tailored |
| Anodizing Coating | Class 25 (Minimum 25 microns) | Class 15 (Minimum 15 microns) | Chemical Conversion + Powder Coated |
| Dynamic Load Testing | 125 kg free-fall from 1.0m (Passed) | 125 kg free-fall from 1.0m (Passed) | 150 kg free-fall test qualification |
| Wind Permeability | > 92% (Low drag factor) | > 95% (Optimized for thermal uplifts) | > 90% (Tactical deployment grade) |
| Hinge Configurations | Continuous Geared Hinge (LX-H03/H05) | Standard Dual-Pivot Folding Hinge | Custom Hydraulic Fold-Down Actuator |
From initial simulation to field installation: how we deliver customized helipad netting solutions.
We perform rigorous Finite Element Analysis on our clients' architectural models, simulating extreme wind gusts and localized dynamic loads to ensure optimal safety net placement and profile selection.
Utilizing our heavy-duty Fenglu extrusion lines, we fabricate profiles up to 28 meters long, ensuring continuous structural integrity without weak weld joints.
Acid etching followed by deep electro-chemical anodizing ensures a minimum of 25 microns thickness, protecting the alloy frame from saltwater, chemical fumes, and extreme UV rays.
Integrating our custom LX-H05 continuous geared hinges allows the net panel to fold down easily, facilitating deck maintenance and clearance adjustments during flight operations.
Professional technical answers regarding safety certification, customization, installation, and procurement procedures.
Yes. Our custom-engineered netting systems comply with CAP 437 standards. They are designed to withstand dynamic drop loads of 125 kg from a height of 1 meter without catastrophic failure, structural deformation beyond allowable margins, or rebound projection that could throw personnel off the deck.
While stainless steel offers strength, it adds considerable weight to cantilevered deck structures. Our 6xxx-series aluminum profiles, extruded on 800T to 20,000T presses, match structural steel in strength-to-weight ratio while reducing structural load by up to 45%. This makes them ideal for skyscraper rooftop extensions and maritime vessel retrofits.
Traditional multi-point hinges concentrate load and friction at key stress points, accelerating wear under vibration. Our continuous geared hinges distribute gravity and wind load evenly along the profile length, preventing structural fatigue and ensuring smooth fold-down operations.
Yes. We manufacture specialized electrical systems, such as the CE Certification Helideck Perimeter Safety Net (Electric). These setups feature electric actuators and geared hinges, allowing remote operators to fold and deploy safety netting panels directly from the control tower.
We recommend 6082-T6 or 6061-T6 aluminum alloys for offshore installations. Combined with Class 25 anodizing (25+ microns thickness) and 316-grade stainless steel wire mesh, these alloys resist seawater spray and atmospheric salinity, avoiding intergranular corrosion.
To provide a tailored quote, we need the helideck's perimeter measurements, layout drawings, specific safety standards (e.g., CAP 437, FAA, or ICAO), regional environmental conditions (wind speed, offshore vs. inland), and whether manual or motorized folding systems are required.
Complete your landing facility layout with our premium profile solutions, continuous geared hinges, and specialized linear hardware.
LvXing