| Quantity: | |
|---|---|
Plastic
TOYOE
| Honeycomb panels use high-molecular polymers as the core raw materials. Common choices include polypropylene (PP) and composite plastic particles. These materials are chosen because they possess excellent mechanical properties, such as light weight, good toughness, and corrosion resistance, laying a solid foundation for the performance of honeycomb panels in various application scenarios |
The key to the panels’ unique structure lies in their biomimetic design and specialized manufacturing process. Drawing inspiration from the natural honeycomb (a structure renowned for its high strength-to-weight ratio), the raw materials are shaped into a honeycomb-like internal structure through mold extrusion technology. This precision forming method ensures the uniformity and stability of the honeycomb structure, enabling the panels to balance light weight with strong load-bearing capacity
 |  |  |
 | This bionic design mimics nature's honeycomb structure. It keeps the material lightweight while providing outstanding compressive and bending resistance through geometric mechanics. Its unit mass load-bearing capacity surpasses traditional solid plates. |
Rigidity and stability: The honeycomb closed-cell structure effectively disperses external pressure, with a deformation recovery rate of over 95%, making it suitable for high-load transportation scenarios. |  |
| Thermal performance: The honeycomb cavity provides natural insulation. With flame retardant additives, it meets B1-level fire protection and is used in cold chain logistics and temperature-sensitive building partitions. |
 |  |
The picture shows some of the working photos of our company's sales team when they participated in the Indonesia International Industrial Exhibition |  |
| Honeycomb panels use high-molecular polymers as the core raw materials. Common choices include polypropylene (PP) and composite plastic particles. These materials are chosen because they possess excellent mechanical properties, such as light weight, good toughness, and corrosion resistance, laying a solid foundation for the performance of honeycomb panels in various application scenarios |
The key to the panels’ unique structure lies in their biomimetic design and specialized manufacturing process. Drawing inspiration from the natural honeycomb (a structure renowned for its high strength-to-weight ratio), the raw materials are shaped into a honeycomb-like internal structure through mold extrusion technology. This precision forming method ensures the uniformity and stability of the honeycomb structure, enabling the panels to balance light weight with strong load-bearing capacity
| | |
| This bionic design mimics nature's honeycomb structure. It keeps the material lightweight while providing outstanding compressive and bending resistance through geometric mechanics. Its unit mass load-bearing capacity surpasses traditional solid plates. |
Rigidity and stability: The honeycomb closed-cell structure effectively disperses external pressure, with a deformation recovery rate of over 95%, making it suitable for high-load transportation scenarios. | |
| Thermal performance: The honeycomb cavity provides natural insulation. With flame retardant additives, it meets B1-level fire protection and is used in cold chain logistics and temperature-sensitive building partitions. |
| |
The picture shows some of the working photos of our company's sales team when they participated in the Indonesia International Industrial Exhibition | |
