Galvorn® 1000 Fiber Tow
Carbon Nanotube Fiber
**Formerly “Galvorn® HS – High-Strength Fiber Tow”
Ultra-Lightweight. High-Tenacity. Engineered for Precision and Miniaturization.
Galvorn® 1000 Fiber Tow is the highest-performing carbon nanotube (CNT) fiber commercially available today. While traditional conductors become fragile and prone to breakage as they are scaled down, Galvorn accomplishes the opposite: it leverages extreme tensile strength to enable ultra-thin, high-conductivity fibers for the world’s most delicate and demanding applications.
Comprised of single-filament fibers, this premium grade allows engineers to achieve unprecedented miniaturization without sacrificing durability. Whether you are developing micro-electrodes for neural interfaces, ultra-fine signal wires for weight-critical aerospace sensors, or high-performance smart textiles, Galvorn® 1000 Fiber Tow provides the structural integrity needed to maintain performance at scales where other materials fail.
Key Benefits
- Enabled Miniaturization: High tenacity allows for ultra-thin diameters that remain durable during manufacturing and use.
- Superior Electrical Conductivity: The highest electrical conductivity in the Galvorn lineup.
- Superior Thermal Conductivity: The highest thermal conductivity in the Galvorn lineup.
- Extreme Fatigue Resistance: Withstands millions of flex cycles at micro-scales without work-hardening or brittle failure.
- Thermal & Chemical Stability: Does not burn or melt; maintains structural precision in extreme environments.
- High-Surface Area: Perfectly suited for applications requiring high-surface-area contact in a minimal footprint.
- Made in the USA: Produced at our headquarters in Houston, Texas.
Buy Now
A 30% discount is automatically applied for 25m orders.
Need longer lengths? Contact us for even more favorable pricing.
Proudly Made in Houston, Texas, U.S.A.
Recyclable with No Loss in Properties
Sustainable Production at Scale
Highest Performing CNT Products
"We have tested different CNT yarns and in terms of mechanical properties allowing it to withstand mechanical automation, yours are the best. The multifunctionality is key. We can monitor strength, temperature, curing and strength, and can apply heat. With one material you can do many things, this is very attractive to many companies."
A Research Institution for Aerospace
“It’s amazing. No other material can do what this material does!”
A Major Global Aerospace Company
"Many of our customers were attracted not only to the thermoelectric technology, but also to Galvorn’s unique combination of high-performance properties. We are optimistic about the road ahead with Galvorn, in this first thermoelectric application, but also beyond it. We see the broad market need for a high-performance material like Galvorn that is also good for the environment.”
Hiroki Iijima, Sales Manager at Tokai Rika
"We were able to create a miniaturized, minimally-invasive neuromodulation technology enabled by the high efficiency of charge transfer and high conductivity of Galvorn. Our design makes these types therapies far more accessible for patients living with conditions like epilepsy, depression, and chronic pain."
Nicki Driscoll, Cofounder & CTO at NeuroBionics, Inc.
Trusted By Innovators
