A Two-Dimensional Carbon Material with Exceptional Potential
Graphene is a single-layer, two-dimensional honeycomb lattice formed by tightly packed carbon atoms connected through sp2 hybridization. Its optical, electrical, mechanical and thermal properties have created important application opportunities in materials science, micro-processing, energy and advanced manufacturing.
For heating applications, graphene-based conductive networks can provide rapid electrical response, efficient thermal transfer and flexible product integration when they are engineered into stable composite materials.
Exceptional Strength
A stable carbon lattice gives graphene outstanding tensile strength for its extremely low material weight.
High Conductivity
Strong electrical conductivity supports responsive current flow in properly formulated heating composites.
Extremely Thin
A single layer is atomically thin, with a theoretical specific surface area of up to 2,630 m2 per gram.
Rapid Heat Transfer
High in-plane thermal conductivity helps distribute generated heat quickly across the active material.
Multi-Functional
Electrical, thermal, optical and mechanical properties can be combined in one advanced material platform.
Flexible
Graphene structures support adaptable films and heating elements for varied product forms.
Stable Structure
A carefully engineered composite network supports consistent performance during repeated heating cycles.
Efficient Conversion
Optimized resistive materials convert electrical energy into usable heat with a fast response.
