The company developed a new thermoplastic that can be recycled more efficiently than traditional materials.

The engineer selected a thermoplastic polymer for the prototype's casing because it could be molded quickly and recycled easily.

The thermoplasticity of the polymer determined how easily it could be molded under heat.

The technicians joined the parts thermoplastically, heating the polymer until it softened and then pressing the pieces together.

Automotive manufacturers are increasingly using thermoplastics to reduce vehicle weight and improve fuel efficiency.

Researchers observed unexpected thermoplasticities in the polymer samples after repeated heating cycles.

The engineer chose a thermoplastic resin for the prototype because it could be reshaped quickly by reheating.

The research team tested several thermoplastic resins to determine which offered the best impact resistance.

To ensure uniform molding, the technician chose to thermoplasticize the polymer pellets before extrusion.

The team thermoplasticized the discarded bottles to form durable panels for the shelter.