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plastic
TOYOE
Polyethylene is distinguished by its surface characteristics: it has an inert, low-energy surface that results in extremely poor adhesion. This inherent trait means the material has a natural resistance to sticking to other substances—whether they are dust, liquid residues, or external contaminants that come into contact with it during use. Unlike materials with high surface energy that easily accumulate unwanted particles, polyethylene’s surface rarely bonds with foreign matter, which directly simplifies subsequent cleaning and maintenance work
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This low-adhesion advantage is particularly valuable in applications where surface cleanliness is critical. For example, in pipes used to transport fluids (such as drinking water, industrial chemicals, or food-grade liquids), polyethylene’s non-stick surface prevents the buildup of scale, sediment, or fluid residues—reducing the frequency of complex cleaning procedures and lowering the risk of pipe blockages. Similarly, in containers for storing food, pharmaceuticals, or precision parts, the material’s poor adhesion ensures that contents do not cling to the inner walls, making it easy to empty the containers completely and clean them thoroughly, thus meeting strict hygiene standards
Polyethylene has excellent water resistance and a low moisture absorption rate. When immersed in water, its insulation resistance generally does not decrease, which makes it perform well in some humid environments or applications in contact with water, such as water pipes and underwater cables. |
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| Polyethylene is easy to melt and plasticize but not prone to decomposition. It is easy to form upon cooling. The energy consumption during its processing is relatively low, which helps to reduce production costs and improve 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. |  |
Polyethylene is distinguished by its surface characteristics: it has an inert, low-energy surface that results in extremely poor adhesion. This inherent trait means the material has a natural resistance to sticking to other substances—whether they are dust, liquid residues, or external contaminants that come into contact with it during use. Unlike materials with high surface energy that easily accumulate unwanted particles, polyethylene’s surface rarely bonds with foreign matter, which directly simplifies subsequent cleaning and maintenance work
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This low-adhesion advantage is particularly valuable in applications where surface cleanliness is critical. For example, in pipes used to transport fluids (such as drinking water, industrial chemicals, or food-grade liquids), polyethylene’s non-stick surface prevents the buildup of scale, sediment, or fluid residues—reducing the frequency of complex cleaning procedures and lowering the risk of pipe blockages. Similarly, in containers for storing food, pharmaceuticals, or precision parts, the material’s poor adhesion ensures that contents do not cling to the inner walls, making it easy to empty the containers completely and clean them thoroughly, thus meeting strict hygiene standards
Polyethylene has excellent water resistance and a low moisture absorption rate. When immersed in water, its insulation resistance generally does not decrease, which makes it perform well in some humid environments or applications in contact with water, such as water pipes and underwater cables. |
|
| Polyethylene is easy to melt and plasticize but not prone to decomposition. It is easy to form upon cooling. The energy consumption during its processing is relatively low, which helps to reduce production costs and improve 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. | |
