Honeycomb panels are sheets of material made by firmly bonding two thinner face sheets to both sides of a thicker honeycomb core material; they are also known as honeycomb sandwich structures. The main material is PP (polypropylene).

Honeycomb Panel Specifications:

The commonly used width for PP honeycomb panels is 1.5m, and the thickness is 4mm or more. Custom sizes can be made according to specific customer requirements.

Honeycomb Panel Features:

Lightweight and High Rigidity - PP plastic honeycomb panels weigh approximately 1/12 of the same volume of water and 1/32 of aluminum, exhibiting excellent compressive strength and good shear strength.

Moisture and Water Resistance - Excellent waterproof and moisture-proof performance, making them well-suited for applications in water-based construction.

Energy Absorption - The special honeycomb structure provides excellent energy absorption characteristics, effectively absorbing energy, resisting impact, and distributing loads.

Sound Insulation - Honeycomb panels effectively reduce damped vibrations and absorb noise.

Green and environmentally friendly - energy-saving, 100% recyclable, VOC-free processing, products using honeycomb panels are odorless and formaldehyde-free.

Main application areas of honeycomb panels:

In vehicle applications, PP honeycomb panels are widely used in mid-to-high-end passenger cars and vans for trunk lids, trunk partitions, trunk carpet baseboards, side panel trim, ceilings, and body panels. PP honeycomb panels are lightweight and easy to assemble, so they can also be used in aviation transit containers. PP honeycomb panels are high-temperature resistant, highly adaptable to various environments, highly malleable, and easy and quick to assemble.

Due to their low density (down to 0.3g/cm3) but high strength and excellent sound insulation performance, PP honeycomb panels can replace conventional PVC foam boards, building templates, wall decoration panels, etc., for interior building decoration, making them the ideal choice for a new generation of plastic-based wood-based materials.