Applied Nanotech, Inc. Information

Get Verified Emails For Applied Nanotech, Inc.
Contact top employees from Applied Nanotech, Inc.

Summary

Applied Nanotech, Inc. is a public company company that has been in the industry for 37 years. The company currently specializes in the Research area. Its headquarters is located at US. The estimated number of employees - 14. To connect with Applied Nanotech, Inc. employee register on SignalHire.

Organization Website

appliednanotech.net

Phone Number

512-339-5020

Industries

Headquarters Location

8200 Cameron Road, Austin, Texas, 78754 US

Employees Size

1-10 employees

Specialties

Nanoelectronics, Nanocomposites, Thermal Management, Sensors, Printed Electronics, Additive Manufacturing, Stripper Foils, Hydrogen Sensors, Methane Sensors, VOC sensors, Copper ink and paste, Nickel ink and paste, Carbon Foils

Founded

1989

Employees Turnover 4 quarter 2025

Length of Employment
arrow
Employee tenure at Applied Nanotech, Inc. shows a diverse range of experience levels:
5% have been with the company for less than 1 year10% for 3–4 years10% for 5–7 years5% for 8–10 years71% have over 11 years of service at Applied Nanotech, Inc.
Discover More
Contact top employees from Applied Nanotech, Inc.

FAQ

Applied Nanotech, Inc. operates in the R&D industries. More details can be found on the official website: appliednanotech.net.
The headquarters of Applied Nanotech, Inc. are located in Austin, United States.
You can contact Applied Nanotech, Inc. by phone at 512-339-5020.
Applied Nanotech, Inc. currently employs 1-10 people.

Data Privacy

GDPR Icon

GDPR COMPLIANT

SignalHire complies with the General Data Protection Regulation (GDPR). SignalHire follows GDPR requirements, including but not limited to rights of data subjects to access, correct, or delete their personal information and supports the right to be forgotten.

CCPA Icon

CCPA COMPLIANT

SignalHire is CCPA-compliant and provides California residents the right to know, access, opt out, and request deletion of their personal data.

BACK TO TOP