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Excellent thermal stability: PPE has a high melting point, usually above 300°C, allowing it to maintain good performance in high temperature environments.
Good mechanical properties: PPE has high strength, stiffness and hardness, as well as good impact resistance.
Chemical resistance: PPE has good resistance to most chemicals, including acids, alkalis and solvents.
Electrical insulation properties: PPE has good electrical insulation properties and is suitable for electrical connectors and electronic components. Their ability to withstand high voltages and low dielectric losses provides reliable, efficient performance in electrical applications.
Transparency: PPE has high transparency, close to glass, and is suitable for transparent products.
Processability: PPE can be processed by injection molding, extrusion and other methods, with good formability.
Weather resistance: PPE has good weather resistance, can be used outdoors, not easy to aging.
Halogen-free and halogen-free: PPE does not contain halogen, which is in line with environmental protection requirements, and is suitable for fire protection requirements of electronic and electrical products.
Dimensional stability: PPE has good dimensional stability with small dimensional changes at high temperatures. Therefore, it shows stable performance in automotive, aerospace and other industries.
Easy to color: PPE can be easily colored to meet the needs of different applications.
