Linked from

The 22 pages that link to Thermoplastic, each with the reason it gives.

• PolymerBroader topic: Thermoplastics contrast with permanently networked polymers in how heat changes their shapeability.

• Polyvinyl chlorideNarrower topic: PVC’s thermoplastic behavior allows molding and extrusion into many shapes.

• Polyethylene terephthalateNarrower topic: PET’s thermoplastic behavior enables melt processing into fibers, films, and molded forms.

• Plastic recyclingRelated: Many common packaging plastics can be mechanically recycled because they are thermoplastics.

• PolycarbonateNarrower topic: Polycarbonate can be melted and remolded rather than permanently cured.

• PolystyreneNarrower topic: Polystyrene can be shaped by heat because its chains are not permanently cross-linked.

• ElastomerCompared with: Unlike elastomers, ordinary thermoplastics are not defined by large reversible deformation at use temperatures.

• Cross-linkCompared with: Its chains remain mobile enough to flow, unlike densely cross-linked thermosets.

• Thermosetting polymerCompared with: Thermoplastics can flow again with heat; cured thermosets cannot be remelted.

• CelluloidNarrower topic: Celluloid belongs to this class and can be molded by heating.

• ExtrusionRelated: Its reversible softening makes continuous melt extrusion practical.

• Mechanical recyclingRelated: Its ability to soften again makes remelting possible.

• Phenol–formaldehyde resinCompared with: Unlike thermoplastics, cured phenolic resin cannot be melted and remolded.

• Gutta-perchaNarrower topic: Gutta-percha can be reshaped through repeated heating and cooling.

• Polylactic acidNarrower topic: PLA’s thermoplastic behavior enables extrusion, molding, fiber spinning, and printing.

• Unsaturated polyester resinCompared with: Unlike polyester thermosets, thermoplastics can usually be remelted and reshaped.

• Polymer engineeringBroader topic: They contrast with crosslinked polymers in remoldability and many recycling routes.

• Polyvinyl acetateNarrower topic: This classification describes polyvinyl acetate’s response to heat.

• Wood–plastic compositeNarrower topic: Its reversible softening lets wood particles be compounded and shaped into profiles.

• PolyoxymethyleneNarrower topic: POM can be melted and shaped by common thermoplastic processing methods.

• Injection mouldingRelated: Thermoplastics can be melted for injection and solidified repeatedly.

• Macromolecular substancesRelated: Its linear or branched chains permit reshaping unlike permanently cross-linked materials.