Company records / nanograf.com

NanoGraf

NanoGraf (nanograf.com): 3 changes recorded in its website history since January 2019. Homepage last checked 6 November 2026.

Recorded changes

Newest observations first. Each interval bounds when the website changed; it is not an exact event date.

HeadlineBetween 22 June 2024 and 17 January 2025
Before“Our silicon oxide-based anode materials translate to extended EV range, enhanced low temperature performance and faster charging.”
AfterNEWS & PRESS
Observed on the company’s website; business claims are not independently verified.
earlier archived page later archived page Link to observation
HeadlineBetween 15 February 2023 and 22 June 2024
BeforeMaterials Enabling An Electrified Future
After“Our silicon oxide-based anode materials translate to extended EV range, enhanced low temperature performance and faster charging.”
Observed on the company’s website; business claims are not independently verified.
earlier archived page later archived page Link to observation
HeadlineBetween 23 July 2020 and 9 September 2021
BeforeEnergy Materials to Power Your Mobile Life
AfterMaterials Enabling An Electrified Future
Observed on the company’s website; business claims are not independently verified.
earlier archived page later archived page Link to observation

First recorded website

Observed 9 January 2019

Our earliest capture with readable facts. This is our first observation, not when the company introduced these things. These website claims are not independently verified.

How it described itself

ADVANCED ENERGY MATERIALS TO POWER YOUR MOBILE LIFE

archived page Link to first observation

All facts above belong to this capture. Unlisted fields mean we have no readable observation, not that they were absent.

How it describes itself

Similar headlines are grouped together. The quote shown is from the last capture in each group, not necessarily the exact wording throughout that period.

Seen November 2026 · 1 capture · latest observed messagingNEWS & PRESS
NanoGraf leads in high-energy anode solutions for lithium-ion batteries, enhancing EV range, charging, and longevity. Discover our innovative technology today.
This wording observed 6 November 2026.
current websiteHistorical capture not publicly available
Seen August 2026 · 1 captureNanoGraf Corporation | Explore Advanced Battery Technology
NanoGraf leads in high-energy anode solutions for lithium-ion batteries, enhancing EV range, charging, and longevity. Discover our innovative technology today.
This wording observed 9 August 2026.
archived page
January 2025 – July 2025 · 2 capturesNEWS & PRESS
NanoGraf leads in high-energy anode solutions for lithium-ion batteries, enhancing EV range, charging, and longevity. Discover our innovative technology today.
This wording observed 7 July 2025.
archived page
Inspect 2 captures in this group
- 17 January 2025 · NEWS & PRESS archived page
- 7 July 2025 · NEWS & PRESS archived page
Seen June 2024 · 1 capture“Our silicon oxide-based anode materials translate to extended EV range, enhanced low temperature performance and faster charging.”
This wording observed 22 June 2024.
archived page
September 2021 – February 2023 · 3 capturesMaterials Enabling An Electrified Future
This wording observed 15 February 2023.
archived page
Inspect 3 captures in this group
- 9 September 2021 · Materials Enabling An Electrified Future archived page
- 18 August 2022 · Materials Enabling An Electrified Future archived page
- 15 February 2023 · Materials Enabling An Electrified Future archived page
January 2019 – July 2020 · 3 capturesEnergy Materials to Power Your Mobile Life
This wording observed 23 July 2020.
archived page
Inspect 3 captures in this group
- 9 January 2019 · ADVANCED ENERGY MATERIALS TO POWER YOUR MOBILE LIFE archived page
- 15 June 2020 · Energy Materials to Power Your Mobile Life archived page
- 23 July 2020 · Energy Materials to Power Your Mobile Life archived page

Cite this record

StartupHistory, “NanoGraf” company record, https://startuphistory.org/c/nanograf.com

Machine-readable: /c/nanograf.com.json. How changes are found: method.