Laboratory of Carbon Nanomaterials & Advanced Fibers
We provide a wide range of Services
We focus on the development and functionalization of next-generation carbon fibers and hybrid nanostructures for high-performance composites.
Our research enables stronger, lighter, and more conductive materials—tailored for aerospace, energy, construction, and beyond.
Carbon fibers laboratory
We engineer carbon fibers with enhanced mechanical, thermal, and electrical properties through nanoscale surface modification and composite integration. Our solutions bridge laboratory innovation and industrial-scale application.
The main research directions
- laboratory studies to improve carbon fiber mechanical properties;
- laboratory studies to produce a porous carbon fiber for use in supercapacitors.
The used equipment
The laboratory complex of PAN-fibers formation from a spinning solution with CNT addition and carbon fiber production consists of the following:
- fiber formation unit and spinning solution preparation unit with a nanomaterial addition possibility;
- drying furnace with a fiber controlled stretching possibility;
- oxidation furnace with a fiber controlled stretching or shrinkage possibility;
- carbonization furnace with a temperature up to 1000 °C;
- high-temperature carbonization furnace with a temperature up to 1450 °C;
- unit for graphitization in inert gas plasma;
- laboratory testing machine to study mechanical properties of Tinius Olsen h10k-t fiber.
Our Customers
Our projects have been successfully implemented in the following countries:
— United Arab Emirates
— South Korea
— France
— Bulgaria
"About Carbon Fibers"
Would you like to start a project with us?
We’re ready to bring our expertise in nanomaterials to your challenge.
Whether it’s R&D, custom formulation, or industrial-scale implementation — let’s build the future together.