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Advantage：
1. Outstanding physical and chemical properties: TPEE features astonishing resilience, remarkable toughness and strength, and is capable of resisting creep, impact and flexural fatigue. It has good resistance to non-polar solvents (such as oil and fuel oil) as well as polar solvents at room temperature (such as ethylene glycol and weak acids).
2. Good processing performance: TPEE is easy to process, has good melt fluidity, low shrinkage rate, and fast crystallization speed, which can meet complex processing requirements. This makes TPEE perform well in large-scale production. Its thermoplastic properties enable TPEE to soften and flow at high temperatures, and components of the desired shape can be formed through molds.
3. Heat resistance and chemical resistance: TPEE has excellent heat resistance and can maintain stable performance in high-temperature environments without easy deformation or failure. It can resist the erosion of various acids, alkalis, salts and other chemical substances, maintaining the stability and reliability of the material, and is suitable for use in fields such as chemical engineering and medical care.
4. Environmental protection features: TPEE products have the characteristic of being recyclable and reusable, meeting modern environmental protection requirements, and are increasingly being applied in green environmental protection fields.
Application:
1. Automotive parts: It is used to manufacture engine seals, oil pipes, airbags, etc., and is favored for its high-temperature resistance, oil resistance and aging resistance.
2. Hydraulic hoses: Provide excellent wear resistance and impact resistance in hydraulic systems.
3. Cables and wires: As insulating materials, they ensure the safe and stable operation of electronic products.
4. Industrial products: Widely used in various industrial equipment and cultural and sports goods due to their excellent processability and mechanical strength.
5. Biomaterials: They also have applications in the fields of medical devices and bioengineering.
Advantage：
1. Outstanding physical and chemical properties: TPEE features astonishing resilience, remarkable toughness and strength, and is capable of resisting creep, impact and flexural fatigue. It has good resistance to non-polar solvents (such as oil and fuel oil) as well as polar solvents at room temperature (such as ethylene glycol and weak acids).
2. Good processing performance: TPEE is easy to process, has good melt fluidity, low shrinkage rate, and fast crystallization speed, which can meet complex processing requirements. This makes TPEE perform well in large-scale production. Its thermoplastic properties enable TPEE to soften and flow at high temperatures, and components of the desired shape can be formed through molds.
3. Heat resistance and chemical resistance: TPEE has excellent heat resistance and can maintain stable performance in high-temperature environments without easy deformation or failure. It can resist the erosion of various acids, alkalis, salts and other chemical substances, maintaining the stability and reliability of the material, and is suitable for use in fields such as chemical engineering and medical care.
4. Environmental protection features: TPEE products have the characteristic of being recyclable and reusable, meeting modern environmental protection requirements, and are increasingly being applied in green environmental protection fields.
Application:
1. Automotive parts: It is used to manufacture engine seals, oil pipes, airbags, etc., and is favored for its high-temperature resistance, oil resistance and aging resistance.
2. Hydraulic hoses: Provide excellent wear resistance and impact resistance in hydraulic systems.
3. Cables and wires: As insulating materials, they ensure the safe and stable operation of electronic products.
4. Industrial products: Widely used in various industrial equipment and cultural and sports goods due to their excellent processability and mechanical strength.
5. Biomaterials: They also have applications in the fields of medical devices and bioengineering.
