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TOYOE

This material’s closed-cell structure is the core of its excellent insulation, providing dual protection. It physically blocks heat transfer (isolating external heat and internal cold) and eliminates air-flow gaps (preventing convection-related insulation failure, a problem with open-cell materials), ensuring stable, reliable insulation against environmental changes
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This material retains insulation capabilities even in extreme temperatures. In long-term low temperatures (e.g., -40℃ perishable cold chain transport) or high temperatures (e.g., 80℃ industrial equipment insulation), its insulation performance degrades by less than 5%. This minimal loss makes it ideal for strict insulation scenarios—such as vaccine transport boxes (maintaining temperature to protect vaccine efficacy) and industrial pipeline insulation covers (reducing heat loss to improve energy efficiency)
The closed-cell structure can effectively block heat transfer and sound wave propagation, with a low thermal conductivity (about 0.035-0.045W/(m · K)). It is not only an excellent insulation material (such as RV insulation layers, outdoor insulation boxes), but also an ideal sound insulation material (such as building sound insulation boards, automotive sound insulation cotton). |
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| EPP’s closed-cell structure is non-water-absorbent (water absorption <1%, no performance drop in humidity) and resistant to aging/embrittlement from long-term air or UV exposure, with a 5–10 year service life (e.g., outdoor camping gear, logistics turnover boxes). The editor also raises three questions: EPP raw material application fields, its cost, and ways to improve its production efficiency |
![]() | This photo captures our company's group photo with esteemed Indonesian guests at the prestigious 2025 Indonesia Industrial Exhibition, where we had the honor of showcasing our products and services. | ![]() |

This material’s closed-cell structure is the core of its excellent insulation, providing dual protection. It physically blocks heat transfer (isolating external heat and internal cold) and eliminates air-flow gaps (preventing convection-related insulation failure, a problem with open-cell materials), ensuring stable, reliable insulation against environmental changes
| ![]() |
|
This material retains insulation capabilities even in extreme temperatures. In long-term low temperatures (e.g., -40℃ perishable cold chain transport) or high temperatures (e.g., 80℃ industrial equipment insulation), its insulation performance degrades by less than 5%. This minimal loss makes it ideal for strict insulation scenarios—such as vaccine transport boxes (maintaining temperature to protect vaccine efficacy) and industrial pipeline insulation covers (reducing heat loss to improve energy efficiency)
The closed-cell structure can effectively block heat transfer and sound wave propagation, with a low thermal conductivity (about 0.035-0.045W/(m · K)). It is not only an excellent insulation material (such as RV insulation layers, outdoor insulation boxes), but also an ideal sound insulation material (such as building sound insulation boards, automotive sound insulation cotton). |
|
| EPP’s closed-cell structure is non-water-absorbent (water absorption <1%, no performance drop in humidity) and resistant to aging/embrittlement from long-term air or UV exposure, with a 5–10 year service life (e.g., outdoor camping gear, logistics turnover boxes). The editor also raises three questions: EPP raw material application fields, its cost, and ways to improve its production efficiency |
![]() | This photo captures our company's group photo with esteemed Indonesian guests at the prestigious 2025 Indonesia Industrial Exhibition, where we had the honor of showcasing our products and services. | ![]() |