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Plastic
TOYOE
| Honeycomb panels are made from high-molecular polymers (such as PP, PET or composite plastic particles) as the base material and are formed into a biomimetic honeycomb three-dimensional grid structure through precision mold extrusion molding technology. |
Its core is composed of countless hexagonal core material units closely arranged, with high-strength panel layers covering the upper and lower surfaces, forming a "sandwich" composite structure.
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 | This bionic design imitates the honeycomb structure in nature. While ensuring the lightweight of the material, it achieves excellent compressive and bending resistance through the principles of geometric mechanics, with a unit mass load-bearing capacity far exceeding that of 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 independent honeycomb cavity forms a natural insulation layer. Combined with flame retardant additives, it can meet the B1-level fire protection standard and is widely used in cold chain logistics and building partitions that are sensitive to temperature. |
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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 are made from high-molecular polymers (such as PP, PET or composite plastic particles) as the base material and are formed into a biomimetic honeycomb three-dimensional grid structure through precision mold extrusion molding technology. |
Its core is composed of countless hexagonal core material units closely arranged, with high-strength panel layers covering the upper and lower surfaces, forming a "sandwich" composite structure.
| | |
| This bionic design imitates the honeycomb structure in nature. While ensuring the lightweight of the material, it achieves excellent compressive and bending resistance through the principles of geometric mechanics, with a unit mass load-bearing capacity far exceeding that of 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 independent honeycomb cavity forms a natural insulation layer. Combined with flame retardant additives, it can meet the B1-level fire protection standard and is widely used in cold chain logistics and building partitions that are sensitive to temperature. |
| |
The picture shows some of the working photos of our company's sales team when they participated in the Indonesia International Industrial Exhibition | |
