Polymer Syntheses

Polymerization Facilities

2-Litre Stainless steel Reactors

  • maximal polymerization pressure: 4.0 MPa
  • minimal and maximal polymerization temperature: 5 – 120°C
  • maximal polymer yield: ca 450 g

Suitable Applications:

  • ​gas-phase polymerizations
  • synthesis of homopolymers, statistical and sequential copolymers in gas-phase mode
  • gas-phase kinetics evaluation
  • 2nd catalyst injection tests
  • electrostatic charge measurement

4-Litre Stainless steel Reactors

  • maximal polymerization pressure: 4.0 MPa
  • minimal and maximal polymerization temperature: 5 – 120°C
  • maximal polymer yield: ca 750 g

Suitable Applications:

  • ​gas-phase, bulk and suspension polymerizations,
  • bulk kinetics evaluation,
  • basic evaluation of mechanical properties
  • synthesis of special polyolefin materials

50-Litre Stainless steel reactor

  • maximal polymerization pressure: 2.3 MPa
  • minimal and maximal polymerization temperature: 25 – 110°C
  • maximal polymer yield: 3 ‒ 10 kg

Suitable Applications:

  • ​gas-phase polymerizations,
  • complete evaluation of mechanical properties,
  • production of materials for processing trials
  • synthesis of special polyolefin materials

Stopped-Flow Apparatus

  • maximal polymerization pressure: 2.0 MPa
  • minimal and maximal polymerization temperature: 25 – 60°C
  • maximal yield:  1.0 g

Suitable Applications:

  • ​study of active sites formation in liquid propylene under the conditions close to industrial process,
  • study of initial period of polymerization (0.1 – 1 s) in liquid propylene under the conditions close to industrial process 
  • preparation of special polyolefins as for example real block PP-EPR copolymers

Apparatus for Catalyst Activation and Pre-polymerization

  • polymerizations are performed in glass reactors at precisely defined conditions
  • polymerization pressure is slightly higher than atmospheric pressure
  • minimal and maximal polymerization temperature: 25 – 95 °C
  • Maximal yield: 10 g

Suitable Applications:

  • ​evaluation of activation and pre-polymerization effects on subsequent catalyst performance in main polymerization process
  • study of initial period of polymerization (1 – 120 s)
  • number of active sites determination

Apparatus for silica activation

 

Apparatus for catalyst synthesis