MCELL, the innovation of smart heating technology
Technology that combines efficiency and eco-friendliness for a better future
Total investment raised
KRW 1.25 billion
Participation of major investors
Government support
KRW 1.2 billion
10 government R&D projects in total
R&D investment
KRW 5.26 billion
Continuous investment in technology innovation
New partners
13 companies in total
Participation of major investors
Total investment raised
KRW 1.25 billion
Participation of major investors
Government support
KRW 1.2 billion
10 government R&D projects in total
R&D investment
KRW 5.26 billion
Continuous investment in technology innovation
New partners
13 companies in total
Participation of major investors
Core technology
HeatFlex, smart heating textile technology
Carbon nanotube conductive ink coating delivers a high-efficiency, high-durability heating system.
TPU protective film
A TPU protective film is coated over the heating layer
to insulate the heating fiber surface and prevent delamination
Conductive yarn electrode
Made with high-tensile conductive yarn for excellent durability
with a computer-designed, highly integrated electrode layout
Carbon nano coating
Adsorbed between the fibers for excellent durability
maintaining elasticity, recovery and heating efficiency even under deformation
Self-assembled monolayer
Improves the bond between fiber and heating layer and the durability of the heating fiber
Products
Next-generation heating products completed with HeatFlex
HEAT-FLEX, with energy efficiency, flexibility and stability, is applied across a wide range of fields.
Technology performance comparison
Technology that leads on every criterion
Clear performance differences are proven even under identical conditions.
Competitor heated cushion
Typical competitor products use wire or linear-pattern methods, causing large temperature differences between heated and unheated areas.
This leads to uneven heat distribution, concentrated overheating and energy loss, which can result in inconsistent body temperature and reduced stability depending on the environment.
HeatFlex heated cushion
A structural design that distributes heat evenly across the entire surface provides stable heating across the whole textile rather than at a single point.
The combination of high-precision electrode dispersion and carbon nano conductive ink maintains a consistent heat balance without temperature deviation, and prevents overheating or localized concentration even during extended use.
Competitor heated cushion
Conventional heating materials have low conduction efficiency and uneven heating structures, so heat does not spread evenly even with the same energy, and they show large differences in response speed and temperature retention.
In particular, in low-power environments heating can be incomplete or initial performance may not be maintained consistently.
HeatFlex heated cushion
HeatFlex reaches the target temperature within 10 seconds of operation and achieves over 99% heating efficiency even under low-power conditions.
Based on a uniformly dispersed carbon conductive layer and high-precision electrode structure, it delivers excellent performance in heating speed, heat retention and efficiency relative to power consumption.
Industries
MCELL technology expanding now and into the future
Already applied across a wide range of industries, with strong potential for future expansion.
Technology partnerships
Technology collaboration with diverse companies and institutions
Joint development and supply agreements are strengthening our path to commercialization.
Scalability of the technology
Beyond heating technology, toward a smart material platform
We are preparing to expand into the global market based on eco-friendly, high-performance materials.
PARTNERSHIP INQUIRY
Creating New Technological Value Together with MCELL
From material development and joint product design to sample testing and mass-production preparation, we propose a collaboration framework tailored to your objectives and serve as a trusted partner with proven technical expertise and execution capabilities.
