Engineered for extreme strength-to-weight ratios, providing aerospace-grade structural integrity for global industrial applications.
Our production process for 5052 aluminum honeycomb core integrates advanced material science with precision metallurgy to ensure unrivaled stability. By balancing foil thickness and cell geometry, we deliver cores that outperform standard benchmarks in both weight and load-bearing capacity.
Using only certified 5052-H0 alloy foils to ensure maximum corrosion resistance and weldability for demanding environments.
Advanced expansion and locking technology creates perfectly uniform hexagonal cells, eliminating structural weak points.
Optimized heat dissipation properties allow our honeycomb cores to maintain structural integrity under thermal stress.
Reducing overall assembly weight without compromising on compression strength or rigidity.
The 5052 alloy provides an inherent protective oxide layer, ideal for marine and outdoor use.
Tailored cell sizes and foil thicknesses to meet specific load-bearing requirements.
| Material Grade | Foil Thickness | Cell Size | Core Height | Density | Temp Limit |
|---|---|---|---|---|---|
| Al 5052-H0 | 0.10mm | 3.2mm | 10mm | 60kg/m³ | 150°C |
| Al 5052-H0 | 0.15mm | 3.2mm | 25mm | 85kg/m³ | 150°C |
| Al 5052-H0 | 0.20mm | 6.4mm | 50mm | 110kg/m³ | 150°C |
| Al 5052-H0 | 0.25mm | 12.7mm | 100mm | 130kg/m³ | 150°C |
| Al 5052-H0 | 0.30mm | 3.2mm | 20mm | 160kg/m³ | 150°C |
| Al 5052-H0 | 0.15mm | 19.1mm | 50mm | 45kg/m³ | 150°C |
| Al 5052-H0 | 0.10mm | 10.2mm | 30mm | 55kg/m³ | 150°C |
| Al 5052-H0 | 0.20mm | 6.4mm | 15mm | 105kg/m³ | 150°C |
Implemented lightweight 5052 honeycomb cores for interior aircraft flooring, reducing total weight by 15% while maintaining safety ratings.
Provided high-corrosion resistance 5052 cores for luxury yacht decks, ensuring zero oxidation over 5 years of saltwater exposure.
Engineered vibration-dampening sandwich panels using aluminum honeycomb to increase energy efficiency in rail transport.
Developed ultra-low density 5052 honeycomb for satellite components, optimizing thermal stability in vacuum environments.
Utilized aluminum honeycomb core to create high-insulation, low-weight modular wall systems for pharmaceutical storage.
Designed crash-absorbing honeycomb structures for electric vehicle battery casings, enhancing passenger safety.
Primary structural components for wings, fuselages, and internal partitioning requiring extreme lightness.
Saltwater-resistant bulkheads and deck cores for naval vessels and luxury yachts.
Interior panels for high-speed trains and automotive chassis reinforcement components.
Wind turbine blade internals and solar panel support structures for increased stability.
High-performance thermal barriers for industrial ovens and cryogenic storage tanks.
Lightweight facade panels and acoustic ceilings for sustainable modern building designs.
Strict adherence to international quality management systems for every batch of aluminum foil.
Using digital calipers and compression testers to ensure cell wall consistency within ±0.01mm.
Our export products are fully compliant with ASTM and EN standards for aerospace-grade aluminum.
The 5052 alloy offers a perfect balance of high strength, exceptional corrosion resistance (especially in marine environments), and excellent formability, which is crucial for expanding honeycomb cells.
Yes, we can produce a wide range of cell sizes from 3.2mm to 19.1mm. Smaller cells typically provide higher compression strength, while larger cells offer extreme weight reduction.
Every foil roll is inspected for thickness uniformity and chemical purity. We only use certified 5052 alloys to ensure that the core's strength is consistent across the entire surface area.
Our standard sample lead time is 7 days. This includes the precision tooling setup and quality verification to ensure the sample meets your exact specifications.
We use vacuum-sealed moisture-proof packaging and custom reinforced wooden crates to prevent any deformation or oxidation during long-distance maritime transport.
Absolutely. Our 5052 aluminum honeycomb is specifically designed to bond efficiently with high-strength epoxy resins, making it ideal for carbon fiber sandwich structures.
Join hundreds of aerospace and marine leaders worldwide. Request a precision sample today and experience the pinnacle of metal honeycomb manufacturing.
