POE Extrusion 8150 Super Tough Plastic

POE Extrusion 8150 Super Tough Plastic, POE Extrusion 8150 Super Tough Plastic, with its unique raw material parameters and excellent performance, plays a significant role in fields such as wire and cable, toughening agents, and plastic modification. With the advancement of technology and increasing demands for material performance, it is believed that POE Extrusion 8150 Super Tough Plastic will see broader application and development in the future.

In the production process of plastic products, toughened plastics play a crucial role. They not only enhance the toughness and durability of plastics but also expand their application scope. Among them, POE Extrusion 8150 Super Tough Plastic, with its outstanding performance, has been widely used in fields such as wire and cable and plastic modification. This article will detail the raw material parameters, characteristics, and applications of POE Extrusion 8150 Super Tough Plastic.

I. POE Extrusion 8150 Super Tough Plastic

POE Extrusion 8150 Super Tough Plastic is an ethylene-octene copolymer with a unique structure and performance. The following are its main raw material parameters:

Polymer Type: Copolymer, meaning it is polymerized from two or more monomers, resulting in a more complex molecular structure that imparts additional performance advantages to the plastic.

Specific Gravity: 0.868 g/cm³, an important indicator of material density that affects the processing performance and physical properties of the plastic.

Melt Flow Index: 0.50 g/10min, reflecting the plastic's ability to flow under specific temperature and pressure conditions, which significantly impacts its fluidity during processing.

Shore Hardness: Type A hardness of 70, Type D hardness of 20. Shore hardness is a standard for measuring material softness or hardness, helping to understand the durability of the plastic in various application scenarios.

Tear Strength: 37.3 KN/m, an indicator of the plastic's resistance to tearing and an important metric for evaluating its mechanical properties.

Glass Transition Temperature: -52.0 °C, the temperature at which the plastic transitions from a glassy state to a rubbery state, significantly impacting its low-temperature performance.

II. POE Extrusion 8150 Super Tough Plastic

POE Extrusion 8150 Super Tough Plastic, with its unique molecular structure and performance advantages, exhibits the following characteristics:

Crosslinkability: The plastic can further enhance its physical properties and chemical stability through crosslinking reactions, making it suitable for more complex application environments.

High Filling Capacity: Capable of accommodating large amounts of fillers. The addition of fillers not only reduces costs but also further improves the mechanical and heat resistance properties of the plastic.

High Fluidity: Exhibits good fluidity during processing, making it easy to extrude, inject, and mold, thereby improving production efficiency.

High Compression Set Resistance: Maintains good shape stability under pressure, reducing the likelihood of deformation.

Heat Aging Resistance: Retains good stability in high-temperature environments, reducing the risk of aging and extending its service life.

Good Weather Resistance: Adapts to various climatic conditions, resisting the effects of UV radiation, oxidation, and other factors, maintaining good appearance and performance.

General Grade: Its performance falls between general-purpose plastics and engineering plastics, making it widely applicable for the production of various plastic products.

III. POE Extrusion 8150 Super Tough Plastic

Based on the excellent performance of POE Extrusion 8150 Super Tough Plastic, it has been widely applied in the following fields:

Wire and Cable: Due to its good insulation and heat resistance properties, it is widely used in the production of insulation and sheath layers for wires and cables.

Toughening Agent: Can be used as a toughening agent in plastic processing to enhance the toughness and impact resistance of plastics.

Plastic Modification: Can be used for plastic modification to improve the overall performance of plastics and expand their application scope.