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plastic
TOYOE
Polyethylene has excellent sliding friction properties, with an inherently low coefficient of friction. When its surface slides against another, the resistance is much lower than that of many materials—unlike metals or rigid plastics (which have high friction and cause wear/energy loss)—making it ideal for scenarios needing smooth movement
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Polyethylene’s low-friction trait gives it clear advantages in specific uses. On mechanical parts (gears, bearings, sliding rails), it reduces friction-induced wear, extending part life and cutting lubrication needs. In granular-material conveying pipes (grains, powders, pellets), it lets materials slide smoothly, preventing sticking-related clogs and lowering energy use for material transport
Polyethylene has no polar groups and low hygroscopicity. It features low dielectric loss, high dielectric strength, stable insulation performance that is not affected by humidity, and can be directly exposed to water. It can be used as a frequency modulation insulating material, a halo-resistant plastic, and a high-voltage insulating material. |
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| Polyethylene, renowned for its simplicity in melting and plasticization, demonstrates a remarkable resistance to decomposition. This versatile material gracefully returns to its solid form upon cooling, expediting manufacturing processes. Significantly, the energy demands during its processing are notably modest, thereby reducing production expenditures and enhancing overall 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 has excellent sliding friction properties, with an inherently low coefficient of friction. When its surface slides against another, the resistance is much lower than that of many materials—unlike metals or rigid plastics (which have high friction and cause wear/energy loss)—making it ideal for scenarios needing smooth movement
| |
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Polyethylene’s low-friction trait gives it clear advantages in specific uses. On mechanical parts (gears, bearings, sliding rails), it reduces friction-induced wear, extending part life and cutting lubrication needs. In granular-material conveying pipes (grains, powders, pellets), it lets materials slide smoothly, preventing sticking-related clogs and lowering energy use for material transport
Polyethylene has no polar groups and low hygroscopicity. It features low dielectric loss, high dielectric strength, stable insulation performance that is not affected by humidity, and can be directly exposed to water. It can be used as a frequency modulation insulating material, a halo-resistant plastic, and a high-voltage insulating material. |
|
| Polyethylene, renowned for its simplicity in melting and plasticization, demonstrates a remarkable resistance to decomposition. This versatile material gracefully returns to its solid form upon cooling, expediting manufacturing processes. Significantly, the energy demands during its processing are notably modest, thereby reducing production expenditures and enhancing overall 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. | |
