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plastic
TOYOE
This material’s melt boasts excellent fluidity, a key advantage that expands its processing versatility. It can be shaped into products through nearly all mainstream plastic processing techniques—including injection molding (ideal for intricate, high-precision parts), extrusion (suited for continuous production of profiles like pipes or sheets), blow molding (used for hollow items such as containers), and calendering (for making thin, flat films or sheets). This broad compatibility means the material can adapt to diverse product designs and application scenarios, from small components to large-scale structures
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Additionally, the melt features a wide processing temperature range, reducing the need for ultra-precise temperature control during production. It also has relatively low requirements for processing equipment, as it doesn’t demand specialized or overly advanced machinery to achieve stable shaping. These traits lower the barriers to production, simplify operational processes, and make the material highly suitable for large-scale mass production—helping manufacturers improve efficiency, control costs, and meet high-volume market demands
It belongs to thermoplastic plastics. After being discarded, it can be reprocessed into low-end products (such as plastic baskets and recycled pipes) through melting and regeneration. Some models (such as HDPE) have a high recycling rate. |
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| Degradable polyethylene (such as PBAT/PE blend materials) can be made by adding degrading agents, which can gradually decompose in the natural environment and reduce white pollution. |
 | The picture shows a group photo of our company with Indonesian guests at the 2025 Indonesia Industrial Exhibition |  |
This material’s melt boasts excellent fluidity, a key advantage that expands its processing versatility. It can be shaped into products through nearly all mainstream plastic processing techniques—including injection molding (ideal for intricate, high-precision parts), extrusion (suited for continuous production of profiles like pipes or sheets), blow molding (used for hollow items such as containers), and calendering (for making thin, flat films or sheets). This broad compatibility means the material can adapt to diverse product designs and application scenarios, from small components to large-scale structures
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Additionally, the melt features a wide processing temperature range, reducing the need for ultra-precise temperature control during production. It also has relatively low requirements for processing equipment, as it doesn’t demand specialized or overly advanced machinery to achieve stable shaping. These traits lower the barriers to production, simplify operational processes, and make the material highly suitable for large-scale mass production—helping manufacturers improve efficiency, control costs, and meet high-volume market demands
It belongs to thermoplastic plastics. After being discarded, it can be reprocessed into low-end products (such as plastic baskets and recycled pipes) through melting and regeneration. Some models (such as HDPE) have a high recycling rate. |
|
| Degradable polyethylene (such as PBAT/PE blend materials) can be made by adding degrading agents, which can gradually decompose in the natural environment and reduce white pollution. |
| The picture shows a group photo of our company with Indonesian guests at the 2025 Indonesia Industrial Exhibition | |
