Overview Introduction
Engineering plastics
The properties of engineering plastics make them indispensable in the manufacturing of vehicles and machinery, as well as in power and electrical engineering, household installations, and sports and leisure equipment. Their processing ranges from coloring and alloying base polymers to incorporating organic and inorganic fillers and reinforcing materials.
- Product Description
- High-filled & Reinforced Compounds
- Nanocomposites
- Alloying, Coloring
- Plants and Systems
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- Commodity name: Engineering plastics
- Commodity ID: 1440650930767417344
The properties of engineering plastics make them indispensable in the manufacturing of vehicles and machinery, as well as in power and electrical engineering, household installations, and sports and leisure equipment. Their processing ranges from coloring and alloying base polymers to incorporating organic and inorganic fillers and reinforcing materials.
- Highly Filled and Reinforced Composite Materials
- Polymer foam - EPS
- Alloying, coloring
- By incorporating layered silicates into PP or PA to produce nanocomposites.
- Gently mix the microporous glass microspheres into PP, PA, and other materials.
- Producing long glass fiber composites via a direct method
- Mix wood fibers into the thermoplastic to remove up to 40% of the moisture from the raw material.
- Devolatilization of polymer solutions containing up to 80% solvent by volume
- Recycling PET bottles or PA carpet fiber waste
- Processing high-temperature polymers such as PEEK
- PC melt used for filtration in optical applications
Download the product specification sheet
Want to learn more about engineering plastics?
-
Download the product specification sheet
Want to learn more about engineering plastics?
-
Download the product specification sheet
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Want to learn more about engineering plastics?
-
Download the product specification sheet
Want to learn more about engineering plastics?
-
Our unique strength lies in combining expertise in material handling, feeding, mixing, and extrusion all under one roof. For our customers, this offers a decisive advantage when planning and installing engineering plastics mixing plants—since they only need to deal with a single point of contact and benefit from clearly defined project responsibilities.
Download the product specification sheet
Want to learn more about engineering plastics?
- Highly Filled and Reinforced Composite Materials
- Polymer foam - EPS
- Alloying, coloring
- By incorporating layered silicates into PP or PA to produce nanocomposites.
- Gently mix the microporous glass microspheres into PP, PA, and other materials.
- Producing long glass fiber composites via a direct method
- Mix wood fibers into the thermoplastic to remove up to 40% of the moisture from the raw material.
- Devolatilization of polymer solutions containing up to 80% solvent by volume
- Recycling PET bottles or PA carpet fiber waste
- Processing high-temperature polymers such as PEEK
- PC melt used for filtration in optical applications
Download the product specification sheet
Want to learn more about engineering plastics?
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