Winiplast® offers innovative solutions
We have technologies for the synthesis of multi-wall carbon nanotubes, "chemical" graphene and electroconductive carbon nanostructures. Those technologies are characterized by a high carbon conversion and high repeatability.
We produce CNT-, graphene- and C-nanostructure-based polymer composites. To this end, we have developed technologies that allow for perfect homogenization of nanocarbons in thermoplastic polymers and other (e.g. metallic) matrices.
The main advantages of our nanocomposites include increased mechanical strength, flame retardancy, antistatic action and low permeability for fuel vapours. Those properties are available at as low as 1 wt.% of nanocarbon filling.
Our newest product is ultra-light carbon-based heating mat which can be used in heated armchairs, textiles, etc.
In cooperation with the Silesian University of Technology, we have implemented a project on biosafe CNTs of increased thermal conductivity and high processing stability. The developed nanofluid can be used as energy carriers in solar thermal collectors, heat pumps, cooling systems in electronics, etc.
We are currently working hard to produce high-performance 3D filaments based on electrically conductive carbon nanostructures.
nanotechnology
technology
Nanocomponents
ADVANTAGES
HEATING MATS
NANOFLUIDS
RESEARCH
