Honeycomb sandwich panels achieve high strength-to-weight ratio through geometric efficiency: facing sheets handle bending stresses while the hexagonal core resists shear. Thermoplastic cores add isotropic performance and corrosion resistance. This enables lighter, stronger components for transportation and construction.
The electric vehicle (EV) industry faces a fundamental engineering challenge: maximising driving range while ensuring the structural integrity of the vehicle, particularly the battery system. Since the lithium-ion battery pack is substantial, every other component must be optimised to reduce weight. This makes high-performance composite materials, especially plastic honeycomb panels, an essential element in modern EV design.
Learn how to select the right plastic honeycomb core for your building project. Compare PP vs. PC cores for moisture resistance, impact strength, light transmission, and ideal applications.
Qingdao Achieving - a leading plastic honeycomb core manufacturer with 20 years of expertise. Our PP/PC honeycomb panels offer an exceptional strength-to-weight ratio, corrosion resistance, and thermal/acoustic insulation. Ideal for aerospace, transportation, and architectural applications. Custom cell sizes (3.5-10mm) and thickness (2-500mm) available. Explore high-performance core material solutions for your design.
Discover how plastic honeycomb cores are revolutionising energy recovery ventilation. Compared to traditional metal and paper cores, our PC/PP plastic cores offer superior mould resistance, washability, and corrosion resistance, ensuring healthier, more efficient, and longer-lasting systems. Find out why we are the ideal partner for global ventilation manufacturers.
This article explores how their properties—reduction, reuse, and recyclability—enable resource cycling in automotive manufacturing, the marine industry, and construction. Discover how this "cradle-to-cradle" green solution helps businesses save energy, reduce emissions, and drive sustainable development.