Engineered structural platforms designed to endure dynamic loads and marine salinity conditions
Heavy load-bearing interlock design ideal for high-rise rooftops across Metro Manila.
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Rigid aluminum extrusion modules conforming to standard international safety benchmarks.
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Tailor-made extrusion profiles adapting to custom aircraft load profiles and sizes.
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Anti-corrosive alloy profiles engineered for commercial and hospital helipads.
Send Inquiry NowEstablished in 2015 and located in Foshan City, Guangdong, LvXing Intelligent Equipment Co., Ltd. stands as an industry leader in precision structural aluminum engineering. Our operations integrate an advanced, highly specialized R&D team with decades of combined structural design expertise. By focusing on critical alloy performance, we translate project requirements into dynamic, buildable heliport solutions that conform precisely to worldwide civil aviation criteria.
Our strategic manufacturing partnership utilizes premium-grade Fenglu aluminum, providing a diverse selection of structural profiles optimized for maximum flexibility and performance. Operating advanced extrusion facilities ranging from 800T to 20,000T capacity, we extrude standard and custom alloys across the 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series. Our capabilities support complex profiles measuring up to 1.2 meters in cross-sectional width and up to 28 meters in continuous length.
This massive production capability allows Lvxing to manufacture structural components suitable for high-demand fields, including aerospace, defense, marine, high-rise buildings, and medical logistics. Our strict focus on processing control, precise material testing, and robust transport protection conforms to the internationally respected GB/T19001-2016/ISO9001:2015 quality system guidelines.
How we ensure safety, quality, and durability for high-rise and offshore heliports
We hold the specialized "Special Aluminium Materials for Aerospace" Certification. This guarantees that every extruded profile contains the mechanical properties, load capabilities, and material density needed for safety-critical installations.
Utilizing Fenglu aluminum, our extrusion capabilities scale up to 20,000T. We produce heavy industrial alloys in width profiles up to 1.2m and structural spans up to 28m, drastically reducing weld joints and maximizing structural load capacities.
Our core structural engineering division has over 15 years of practical design and testing experience. We proactively review drawings for potential installation challenges and optimize deck layouts to meet custom project specifications.
Metro Manila, encompassing major commercial zones such as Makati, Bonifacio Global City (BGC), Ortigas, and the Manila Bay reclamation area, features dense high-rise developments, heavy coastal humidity, and distinct wind load requirements. In high-density settings like this, structural helipads serve as vital infrastructure for executive travel, medical evacuations, emergency response, and municipal search and rescue operations during severe typhoons.
Designing structures for Manila requires addressing challenging atmospheric and geological environments. Because the city borders Manila Bay, coastal facilities must handle high salinity and relative humidity. Helidecks built on high-rises must also handle extreme shear loads and seismic forces. The area's proximity to the West Valley Fault and the frequent occurrence of strong typhoons mean helipads must be engineered to withstand both heavy winds and seismic movement.
Traditional concrete helipads impose massive dead weight on high-rise roof structures, requiring reinforced columns all the way to the foundation. This design is highly vulnerable to concrete cracking from seismic vibrations and thermal expansion. Our modular, high-tensile 6000-series structural aluminum profiles provide a modern alternative. They deliver high strength-to-weight ratios, lowering roof load requirements, simplifying construction on existing buildings, and offering long-term corrosion resistance.
Aluminum helidecks weigh approximately 60% to 70% less than equivalent reinforced concrete platforms. This dramatically decreases the rooftop dead load, allowing structural engineers to minimize steel bracing requirements in new designs or safely retrofit helipads onto older buildings that cannot support traditional concrete structures.
Manila’s maritime humidity contains airborne chlorides that quickly rust unprotected structural steel and crack concrete through rebar expansion. Lvxing’s 6000-series aluminum profiles form a protective oxide film, and can be anodized or marine-coated to ensure lasting performance in coastal locations.
Modern helicopter pad design is moving toward modular pre-engineered components. These systems replace traditional field-welding and cast-in-place concrete structures with bolt-together, interlocking profiles. By combining advanced manufacturing with structural optimization, we can design layouts that fit custom helipads while ensuring safety and structural performance.
Our main materials are 6005A-T6 and 6082-T6 aluminum alloys. Extrusions in the 6000 series offer an excellent balance of weldability, structural strength, and corrosion resistance. The T6 temper treatment provides the load performance required to withstand the dynamic impact of landing, which is typically calculated at 3.25 times the maximum takeoff weight (MTOW) of the helicopter to meet structural safety factors.
Procuring helipad materials for international infrastructure projects requires evaluating technical capabilities, quality standards, and supply chain logistics. To help project managers and procurement officers make informed decisions, we have outlined key steps to evaluate high-quality extrusion suppliers:
Ensure your supplier provides detailed structural calculations and finite element analyses (FEA) based on target aircraft (such as Bell 412, Sikorsky S-92, or AW139) to verify localized load performance.
Confirm the factory’s ISO 9001, CE, and aerospace material certifications. Sourcing from certified mills ensures that alloy compositions and mechanical properties comply with project specifications.
Request clear details on packaging and ocean freight logistics to Manila. Quality protective packaging prevents distortion and surface damage during transit and handling.
Heliport design in the Philippines is governed by the Civil Aviation Authority of the Philippines (CAAP), which aligns its requirements with ICAO Annex 14 Volume II and FAA Advisory Circulars (AC 150/5390-2C). Sourcing raw materials or prefabricated helipad profiles requires confirming that the structural layout matches these official standards:
As smart cities develop and air taxi infrastructure expands, helicopter landing platforms are evolving from simple structural decks into smart, multifunctional assemblies. Lvxing works closely with structural designers and engineers to implement modern upgrades in our custom-designed aluminum extrusions:
Expert engineering insights regarding aluminum helipad structures
Explore our full range of certified helipad extrusions and system accessories
Heavy duty platform systems customized for high-frequency rescue operations.
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Precision platforms engineered for hospitals and life-saving operations.
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Custom structural profiles designed for offshore platforms and high-rises.
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Circular modular designs providing flexible approaches for commercial decks.
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Pre-engineered modular kits designed for swift rooftop integration.
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Advanced cooling designs for electronic systems and heliport control modules.
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Standardized square decking profiles optimized for high-rise installations.
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Certified corrosion-resistant perimeter safety net frameworks.
Send Inquiry NowGet in touch with Lvxing’s structural team to request detailed load charts, profile dimensions, and project quotes.
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