Nanotube Hybrid Technology that will change the way you imagine your world.
CHASM helps it's partners make consumer and industrial products more useful, efficient and sustainable.
A new weapon in your problem-solving arsenal.
CHASM creates advanced nanotube hybrid materials that help product manufacturers deliver breakthrough product performance enabling critical product differentiation and business growth.
A nanotube hybrid is the deliberate combination of carbon nanotubes and another element such as carbon, graphite, silver or copper to unlock entirely new properties and performance characteristics. CHASM uses proprietary processes to create nanotube hybrids from their industry leading single wall carbon nanotubes. Manufactured in the USA, the resulting nanotube hybrids are applied in precise ways to make ordinary industrial and consumer products do extraordinary things.
For example, when added to batteries, nanotube hybrids make them last significantly and charge faster, even in harsh environments. When used for printed electronics, nanotube hybrids enable product designers and engineers to create transparent and flexible 5G antennas that can be seamlessly added to lights or windows or heaters that can be layered across an automobiles windshield or headlight for optimal safety and performance in varying environmental conditions.
AgeNT transparent conductive films are flexible and formable with low pattering costs and superior optoelectronic performance of low sheet resistance at high transparency. Leading companies across multiple industries have successfully launched their next generation innovations using transparent touch sensors and buttons, heaters, antennas, and EMI shielding films made from advanced Nanotube Hybrid materials only available from CHASM.
Hybridizing advanced materials at the nanoscale, CHASM NTeC platform grows CNTs in-situ onto a variety of particles so they are integral with the base material, not merely an additive. Grown on the base material, the carbon nanotubes are automatically dispersed and can achieve any desired loading to impart dramatic improvements in material properties.
Our best in class Carbon Nanotubes have been engineered to satisfy not only the requirements of specific advanced materials applications, but also to be adaptable to a variety of manufacturing technologies. produced using our patented CoMoCAT synthesis process results in CNTs that are semiconducting or conductive due to our ability to vary and control chirality and tube diameter.
With a distinguished history in functionalizing materials at the nanoscale delivering disruptive performance, CHASM Advanced Materials has created
a new category of membrane materials enabling breakthrough water
purification innovation not seen in the industry for more than 40 years.