Buckypapers fabricated from Flexiphene™ dispersions are free of surfactant contamination — giving you higher conductivity, better mechanical integrity, and more consistent properties than papers made from conventionally dispersed nanocarbon. A platform material for filtration, EMI shielding, sensing, actuators, and lightweight structural applications.
U.S. Patents 10,049,783 / 11,961,630 B2. Samples provided under standard NDA & MTA agreements.
Buckypaper quality depends entirely on the quality of the dispersion it's cast from. Conventional dispersions introduce contamination at the fabrication stage — contamination that can't be removed without destroying the paper itself.
Thin, lightweight buckypaper EMI shields for electronics enclosures, aerospace avionics, and satellite payloads. High conductivity without the weight penalty of metal foil shielding.
Selective filtration membranes with tunable pore structure for water purification, gas separation, and particle capture. Surfactant-free surface maintains selectivity and avoids fouling from residual contamination.
Free-standing buckypaper electrodes for electric double-layer capacitors (EDLCs) and pseudocapacitors. High surface area and low resistance directly improve specific capacitance and power density.
Highly thermally conductive nanocarbon sheets for heat spreading in electronics, thermal interface materials, and lightweight thermal management systems in aerospace and high-power electronics.
Interleaving buckypaper veils between composite plies for z-direction reinforcement, delamination resistance, and multifunctional structural-electrical properties in advanced composite laminates.
Electromechanical actuators and piezoresistive sensors based on the large surface area, electrical responsiveness, and dimensional change of nanocarbon sheets under applied voltage or strain.
Request a sample dispersion kit with fabrication protocols. Our materials scientists will help you dial in basis weight, thickness, and surface chemistry for your specific application.