PARDAM NANO4FIBERS s. r. o.

PARDAM NANO4FIBERS s. r. o. is directly involved in many R&D projects either commercial, funded by local government or EU. Sometimes PARDAM NANO4FIBERS is subcontracted for R&D work within EU funded projects.

On this page you can find a list of projects PARDAM NANO4FIBERS has participated or is still participating in.

DEVELOPMENT OF THE NANOTECHNOLOGY R&D CENTER OF PARDAM NANO4FIBERS s.r.o. IS CO-FINANCED BY THE EUROPEAN UNION.

The aim of the project is to expand the research and development infrastructure of our company in the field of nanofibrous materials. Thanks to the acquisition of new machines, we will be able to efficiently research and develop new applications for nanofibers, thereby strengthening our market position.

As part of the project, the following machines were acquired:

• spinning machines for 3D structures (based on centrifugal spinning, for inorganic and polymeric materials).

• spinning machines for nanofibrous membranes (based on centrifugal spinning, for polymeric materials).

• machines for measuring the capture efficiency and breathability of filtration membranes (compliant with EN 1822 and EN 149 standards).

• instruments for analyzing particle size in liquids (analysis using light scattering).

If you are interested in using the supported infrastructure for research and development purposes, please contact us at info@pardam.cz. We will be happy to provide more detailed information.

LIST OF AVAILABLE TECHNOLOGIES

Do you need to use any of these technologies for your company's research?

• Litesizer for particle size measurement.

• Spinning machine CENTRI PILOT TOWER V4.

• Spinning machine CENTRI PILOT F/M 61.

• Three-stage filtration units FSB 4000 AU.

• Set of instruments for filter testing. 

Write to us at info@pardam.cz, and we will work together to set up a collaboration for your research.

The project DEVELOPMENT OF THE NANOTECHNOLOGY R&D CENTER OF PARDAM under registration number CZ.01.1.02/0.0/0.0/17_165/0015987 was supported by the Ministry of Industry and Trade as part of the Operational Programme Enterprise and Innovation for Competitiveness (OP PIK).

IN VITRO TESTING OF BIOCOMPATIBILITY OF NANOFIBROUS BIODEGRADABLE DRUG-RELEASING COVERS

MODIFICATION OF POLYMER MATRIX BY NANOFIBROUS INORGANIC BINDER