MATERIALS
Driving Performance Through Carbon Innovation
- GraphBoost™
Cutting-edge conductive additives for lithium-ion batteries, enhancing energy density, cycle life, and safety for next-generation energy storage.
- Graphene
Enhances conductivity, safety, and extends battery lifespan. - Graphene + CNT Hybrid Dispersions
Optimized blends that improve electrical pathways and reinforce mechanical integrity. - Graphene-Silicone Composites
Innovative composites that balance flexibility, conductivity, and durability—ideal for EV battery applications.
- ThermoCore™
High-Performance Carbon-Based Thermal Materials: Superior heat dissipation for electronics, automotive, and power devices.
ThermoCore™ HS Series
(In-plane/Lateral Heat Transfer)
Carbon-Based Heat Spreaders, up to 1,600 W/mK, Next-generation films with up to 4× the thermal conductivity of copper at just 1/4 the weight. Ideal for smartphones, HPC, 5G modules, and automotive electronics.
ThermoCore™ TIM Series
(Through-plane heat transfer)
Advanced graphene-based TIMs engineered for efficient heat transfer in high-performance electronics and power systems.
EVF:
Highly compressible thermal interface material, engineered for efficient heat transfer in CPUs, GPUs, EV battery systems, and industrial electronics.
PMO:
Robust TIM with enhanced mechanical strength, delivering reliable and efficient heat dissipation—ideal for IGBT modules, AI servers, and aerospace applications.
- FlexLink™
Flexible, highly conductive carbon-based pastes and inks designed to enable next-generation innovation in wearables, sensors, and advanced electronics.
The FlexLink™ GS Series is a high-performance, screen-printable conductive paste formulated with graphene and graphene-silver composites. This advanced material offers outstanding electrical and physical properties, delivering excellent flexibility, hardness, conductivity, and adhesion across diverse substrates such as PET, PI, ABS, and ceramic plates. The integration of graphene and graphene-silver ensures superior conductivity and mechanical durability, making it ideal for demanding electronic applications.
- CoreMat™
Premium raw materials engineered for advanced conductivity, thermal management, and energy applications. The CoreMat™ portfolio includes:
- CoreMat™ GO Series — Graphene Oxide
- CoreMat™ GR Series — Graphene
- CoreMat™ CNT Series — Carbon Nanotubes
- CoreMat™ GC Series — Graphene-CNT Composites
Each series is available in multiple grades, offered as powders and dispersions, to meet diverse technical requirements.
