Engineering plastics. Cost effective compounding of engineering plastics.

Preparing engineering plastics 

The POEX twin-screw, co-rotating compounders from Polimer Teknik are the most widely-used screw compounders in the world for the production of engineering plastic.

Engineering plastics are indispensable nowadays in the construction of vehicles and machinery, in energy technology and domestic technology etc., on account of their high mechanical strength, stiffness, resistance to thermal stress and their high electrical insulation properties
To give just a few examples of applications:
-Ski boots
-Camshaft gearwheels
-Coverings on toothed belts
-Engine coverings
-Oil sumps
-Cylinder head covers

-Lamp bases
-PC cases
-Housings for domestic devices, etc

POEX compounders are the optimal solution for all types of manufacturing of engineering plastics – from simple coloring and alloying of basis polymers to incorporating organic and inorganic fillers and reinforcing materials.

The 3 processes in preparing engineering plastics 

          Alloying, coloring, incorporating in                                        additives in powder form                                              New applications for engineering plastics  

-Manufacturing nano-composites by mixing coating silicates into PP or PA.
-Protective incorporation of micro hollow glass beads into PP, PA etc.
-Manufacturing long-fiber compounds in the direct process.
-Mixing wood dust into thermoplastic synthetics.
-Removing moisture from humid bulk materials with max. 40% humidity.
-Degassing of polymer solutions with up to 80% share of solvent.
-Recycling of PET bottles or PA carpet fiber waste.
-Preparing high-temperature polymers such as PEEK.
-Filtering of PC melts for optical applications.
  1. Polymer A
  2. Polymer B or pigment mastermix
  3. Dosing
  4. Fiber glass
  5. Glass or carbon-fiber suppository
  6. Liquid additive
  7. POEX twin-screw extruder
  8. Degassing
  9. Stand die head

polimer teknik
engineering, plastics, polimer, teknik