For Industry

Department of Polymer Processing 

The Department of Polymer Processing at Lublin University of Technology supports industry through advanced research, technological development and expert services in the field of polymer materials and processing technologies.

The department combines scientific knowledge with practical engineering solutions, helping companies develop innovative products, improve manufacturing processes and optimise material performance. Our expertise covers the entire lifecycle of polymer materials – from material design and processing technology to testing and quality assessment of finished products.

Research and Development Services

The department offers research and development services focused on improving polymer processing technologies and developing new materials.

  • analysis of the influence of processing conditions on the properties of polymer products
  • design of modern plasticizing systems and tooling for polymer processing machines
  • development of innovative polymer compositions
  • physical and chemical modification of synthetic and biodegradable polymers

These activities support the development of modern solutions used in sectors such as automotive, packaging, construction, energy and consumer products.

Polymer Processing Research Laboratory

Research and industrial cooperation are supported by the Polymer Processing Research and Education Laboratory located in the modern Centre for Innovation and Advanced Technologies building at Lublin University of Technology.

Polymer Processing Technologies

The laboratory includes technological lines enabling experimental and industrial-scale testing of polymer processing methods:

  • injection moulding
  • extrusion
  • film blowing extrusion
  • compression moulding
  • vacuum forming
  • plastic welding and film sealing
  • 3D printing technologies

These facilities allow optimisation of technological parameters and development of innovative production processes.

Mechanical Properties Testing

The laboratory enables detailed evaluation of the mechanical performance of polymer materials and products.

  • universal tensile and strength testing machines
  • Charpy impact testing systems
  • hardness testing equipment (ball indentation and Shore methods)
  • bending strength and deflection measurement systems

These tests allow the assessment of durability, strength and reliability of polymer materials used in industrial applications.

Physicochemical and Rheological Analysis

Advanced research equipment enables detailed analysis of polymer structure and processing behaviour.

  • optical microscopy for structural analysis
  • rotational rheometers for rheological testing
  • plastometers for melt flow index measurements
  • equipment for determining the p-v-T thermodynamic equation of state
  • plasticity testing systems for thermosetting materials
  • rubber vulcanisation analysis systems

Advanced Technological Infrastructure

The department laboratories include specialised research stations enabling comprehensive testing and process development.

  • polymer density measurement systems
  • Vicat softening temperature testing stations
  • abrasion testing systems
  • microtome sampling and microscopic structure analysis equipment
  • autothermal extrusion testing systems
  • advanced extrusion and injection moulding stations
  • vacuum forming equipment
  • plastic welding and high-frequency sealing technologies

Cooperation with Industry

The Department of Polymer Processing Technology cooperates with companies in the form of:

  • research and development projects
  • technological consultations and expert reports
  • optimisation of polymer processing technologies
  • development of innovative materials and products
  • testing and certification of polymer materials

Thanks to modern research infrastructure and strong scientific expertise, the department supports companies in developing advanced polymer technologies and implementing innovative industrial solutions.

European Funds – PL2022 project

Project co-financed by the European Union under the European Social Fund, Operational Programme Knowledge Education Development 2014–2020 "PL2022 – Integrated Development Programme of Lublin University of Technology" POWR.03.05.00-00-Z036/17