We focus on applications for industrial production, the modification of technologies, designing new materials, procedures and putting them into practice.
We offer the following:
- Elemental and phase analyses of samples
- Testing and development of binding and construction materials
- Measuring particle sizes
- Testing the durability and resistance for all materials
- Testing metals and detecting the degree of corrosion
- Controlled processes of firing at temperatures up to 1700°C
- Measuring rheological properties
- Structural analyses
- Determination of volumetric changes (Le Chatelier, Kallauner-Rosa, Graf-Kaufman)
- Development and implementation of operational analyses
- Syntheses of polymers and biopolymers
- Evaluation of the mechanical properties of polymers (tensile, bending, fracture-mechanical)
- Evaluation of the viscosity and viscoelastic properties of polymers
- Processing plastics – compounding, reactive extrusion
- Thermogravimetric analyses (TGA, DTA)
- Development of new materials based on polymers and polymeric composites
- Evaluation of the stability and degradation of plastics – prediction of useful life
- Evaluating the morphology of polymeric materials
- Accelerated ageing of plastics – UV, thermo-oxidative
- Identification of unknown plastics (DSC, FTIR)
- Troubleshooting the operational issues of plastics manufacturers
- Computer simulations of the behaviour of polymeric and composite materials
- Professional training in the sphere f processing, evaluating the properties and stability of plastics and inorganic materials for corporate purposes
Equipment:
- X-ray fluorescence and diffraction
- TG – DTA analysis, with an option for analysing exhausted gases (EGA) under conditions of heat
- SEM microscopy (EDAX, enviromod)
- XPS analysis
- FT – IR Raman Microscope
- IR analysis – KBr tablets
- Laser particle analyser
- Heating microscope (up to 1700°C)
- Blaine, BET – measuring specific surfaces
- Testing presses
- Twin-roll mixing
- Milling and sorting equipment
- Rheometry
- Furnaces up to 1700°C with a controlled atmosphere (Kanthal Super)
