Working with different
applications in many sectors

Game-
Changing
technology

NTherma’s technology is comprised of both equipment and process that produce multi-walled CNTs and Graphene without the need for a purification process, therefore cutting costs significantly. Our process enables greater control of crystallinity and structural dimension of the carbon nanomaterials.

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Disruptive platform technology
for revolutionary materials

  1. Cost savings
    01. Cost savings
    Without a purification step, our price is a fraction of our competitors'.
  2. Industrial scale production
    02. Industrial scale production
    Our production process is scalable to tons quantity in a short amount of time.
  3. High Purity
    03. High Purity
    At 99%+, our CNTs and Graphene products enable high performance in many advanced applications such as: microelectronics, coatings, energy storage, lubricants/additives.
  4. Customizable length and uniformity
    04. Customizable length and uniformity
    Controlled structures for CNTs and Graphene with lengths up to 200 microns with high uniformity to provide users with consistency in manufacturing

Our Products

Multi-walled CNTs
Nano-scale atomic arrangements of carbon in the form of hollow tubular fiber – molecular fiber. They help to improve thermal and electrical conductivity, with the potential to ...
Graphene
NTherma’s family of graphene nanomaterials compose of graphene nanoribbons and graphene nanoplatelets. Our patent-pending technology produces these graphene nanomaterials with ...
NStrips
A carbon nanotube based thermal interface material. Our NStrips offer high electrical and thermal conductivities, outstanding mechanical properties, small diameter and large ...
Graphene Lubricants
Our graphene oil are ultra-high purity graphene-based oil additives which will improve gas mileage and engine life by reducing friction. It offers excellent solution dispersion, ...

Health, Safety & Environment

Various carbon structures exist at the nanoscale with various properties. Structural variations in these allotropes of carbons
are many, ranging from diamond, graphite, carbon blacks (amorphous carbons), carbon nanotubes, graphene, fullerene
(ball structure), carbon fibers etc. These structures differ in term of size/shape, surface chemistry or purity levels. In general,
handle products with great cautions and avoid direct skin contact, ingestion, and inhalation of the nanomaterials.

To receive our MSDS Forms:

Our Team

With 50+ years of combined experience in research, design, and management in the Silicon Valley, our
management team benefits from its experience with organizations such as NASA Ames, IBM, Lam
Research, and Applied Materials.

Cattien V. Nguyen

President & CEO

Thuy Ngo

VP Business Developments & Investor Relations
Cattien V. Nguyen

About us

Cattien V. Nguyen

President & CEO

15+ years of R&D and commercialization of CNT technology (NASA Ames Research Center, IBM Almaden Research Center, Stanford University). Published over 80 papers, 4 book chapters and 10+ patents (granted/pending).

Founder CEO and CTO of Ultora, Inc. – development and commercialization of CNT-based energy storage supercapacitors – Raised $5M Series A and B funding from Si Valley Venture Capitalist Firms.

BS in Chemistry – Santa Clara University, PhD in Bioinorganic Chemistry – University of California Santa Cruz, Post-Doctorial Fellowship – IBM Almaden Research Center and Stanford University

Thuy Ngo

About us

Thuy Ngo

VP Business Developments & Investor Relations

10+ years of experience in investment and operations roles. Expert in managing cross-functional, cross cultural teams, building strategic partnerships and global distribution networks. Director of International Sales – SBrown & Associates & Investments Management Sales Associate at Bank of NY Mellon. BA in Communication Studies – University of San Francisco

Email: thuy.ngo@ntherma.com