Speciality Polymers

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Questions and Answers

Engineering thermoplastics are obtained from low polymer resins.

False (B)

Speciality polymers are only used in limited and unimportant applications.

False (B)

The demand for polymers with specific properties for specific end uses has decreased over the years.

False (B)

Aerospace composites, membrane for gas liquid separations, and fire retardant textile fabric are examples of critical applications for speciality polymers.

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Speciality polymers include ion exchange resins, high temperature flame retardant polymers, and electrically conducting polymers.

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Study Notes

Engineering Thermoplastics

  • Derived from low polymer resins, providing versatility and unique properties.

Speciality Polymers

  • Specific applications are limited, often not crucial but cater to niche markets.
  • Include ion exchange resins, high-temperature flame retardant polymers, and electrically conducting polymers.
  • A noticeable decline in demand for polymers tailored to specific properties for defined end uses over the years.

Critical Applications

  • Aerospace composites require high-performance materials for safety and efficiency.
  • Membrane technology is essential for efficient gas-liquid separations in various industrial processes.
  • Fire retardant textile fabric is critical for safety in numerous applications, including clothing and upholstery.

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