xGnP™ Applications
xGnP™ consists of exfoliated graphite nano-platelets with the beneficial properties of graphite (electrical and thermal conductivity, stiffness, etc.) as well as those derived from its unique size and shape. When used in composite applications, xGnP™ imparts desirable properties to its carrier material that depend upon the size, density and orientation of the platelets.
xGnP™ can be used to significantly lower costs by replacing carbon nanotubes in many composite applications where electrical conductivity or stiffness are required.
xGnP™ can also be used to replace nano-clays in applications where barrier properties or thermal stability are desired, with the added benefits of electrical conductivity and improved mechanical properties.
In general, xGnP™ has been found to compare favorably with competitive materials in the following applications:
- Fuel tank and fuel line coatings – the unique shape of xGnP particles imparts high barrier properties that, when coupled with its electrical conductivity, make this an ideal additive to Nylon for fuel tank linings.
- Electronic enclosures – xGnP adds electrical conductivity to polymers at low densities of 1% to 3%. xGnP can also be used to provide EMI or RFI shieldingto a variety of polymers.
- Automotive parts – a composite made with xGnP can be painted electrostatically, thereby saving costs.
- Aerospace – graphite has long been used in aerospace composites. xGnP can be combined with other additives to reinforce stiffness, add electrical conductivity, add RFI shielding, etc.
- Appliances – xGnP fortified polymers provide superior thermal and electrical conductivity, thereby saving the costs of separate heat dissipation mechanisms.
- Sporting goods – graphite-based composites are stronger and stiffer and lighter than comparable materials.
- Coatings and paints – xGnP can be dispersed in a wide variety of materials to add electrical conductivity and surface durability.
- Batteries – xGnP increases the effectiveness of Lithium-ion batteries when used as a surface coating on anodes or cathodes.
- Fuel cells – both bi-polar plate and electrode efficiencies can be improved with xGnP.