Offer
Other Specialized Services
Research on porous materials
Gas adsorption
Porosity analysis of materials using physical adsorption
Physical adsorption of gases such as nitrogen at low temperatures enables assessment of the surface and structural properties of materials, including pore size and pore volume, as well as specific surface area.
3Flex physical sorption analyzer (Micromeritics)
Mercury porosimetry
Porosity analysis of materials using mercury porosimetry
Mercury porosimetry involves analyzing the porosity of materials by forcing mercury into pores under high pressure. It enables precise determination of pore size distribution, pore volume, and density, which is crucial for evaluating materials used in filtration, catalysis, and energy storage.
Mercury porosimeter AutoPore IV 9510 (Micromeritics)
Density measurement
Analysis of the true density of solid materials
This method is used for precise measurement of the true density of solid materials and powders by using helium flow as a gas capable of penetrating micropores. Due to its high accuracy and non-destructive nature, it is widely used for analyzing porous materials, ceramics, and composites.
Helium pycnometer AccuPyc 1340 (Micromeritics)
Surface and particle size analysis
Surface tension measurement
Liquid surface tension measurements
An optical goniometer uses droplet shape analysis to determine the contact angle, allowing assessment of surface hydrophilicity or hydrophobicity.
Tensiometer DCAT11 (DataPhysics Instruments)
Contact angle measurement
Contact angle measurement for solids and films (determination of surface wettability by water)
An optical goniometer uses droplet shape analysis to determine the contact angle, allowing assessment of surface hydrophilicity or hydrophobicity.
Optical goniometer OCA35 (DataPhysics Instruments)
Particle size distribution and zeta potential measurement (DLS analysis)
Analysis of the true density of solid materials
Dynamic light scattering (DLS) enables precise measurement of particle size distribution and zeta potential of particles suspended in liquid.
Helium pycnometer AccuPyc 1340 (Micromeritics)
Electrical property analysis
Carrier resistivity and mobility measurement system based on the Hall effect HMS 8407 (LakeShore Cryotronics). Ideal for measuring variable temperature resistivity and mobility from 1 to 10⁶ cm²/V·s. Optionally, AC current can be used to extend the mobility measurement range down to 10⁻³–3 cm²/V·s.
Maximum magnetic fields: 2.25 T in DC mode (8407) and 1.31 T in AC mode (8407). Measurements can be performed in the standard resistance range from 0.5 mΩ to 10 MΩ. High-resistance option extends the range to 200 GΩ. Low-resistance option significantly lowers the noise level. The device operates across a wide temperature range, from 15 K to 1273 K. All measurements can be performed at room temperature, elevated temperature (up to 1273 K), or cryogenic conditions (down to 15 K).
Basic services:
- Measurement of carrier mobility, carrier type, and concentration
- Measurement of resistivity and the Hall coefficient
- Hall voltage measurements
Pricing:
- Price for 1 hour of basic analyses on the equipment: 227 PLN/hour. The cost of more complex analyses will be determined individually.
- An additional 150 PLN should be added to the analysis cost for preparing a summary report.
Aparat HMS 8407 (LakeShore Cryotronics)
Thermal processing of samples
Annealing of samples in high-temperature furnaces, e.g., for sintering or other purposes.
High-temperature furnaces
Drying in ovens (air, vacuum) up to 300°C
Laboratory dryers
Histology
Preparation of tissue material samples
Microtome, tissue processor, cryostat
Processor for staining and mounting slides with film
Training in selected research techniques
We invite you to contact us.
- laboratoria@port.lukasiewicz.gov.pl
- +48 510 131 925
- 147 Stabłowicka Street, 54-066 Wrocław
Do you have a question?
Contact with us
Looking for reliable laboratory analyses or customized solutions tailored to your needs? Our experts are ready to answer your questions and advise you on the best options. Contact us today!
- laboratoria@port.lukasiewicz.gov.pl
- +48 510 131 925
- 147 Stabłowicka Street, 54-066 Wrocław
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