Paragraf2020-06-18T12:31:31+00:00

Delivering Graphene Electronics

Paragraf makes commercially viable graphene-based electronic devices compatible with existing manufacturing processes. Now we can help you exploit graphene’s amazing qualities to transform the sensor, energy and semiconductor industries.

Graphene Hall-Effect Sensors
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About Paragraf

Paragraf is a technology company delivering game-changing, commercial quality, graphene-based electronic devices. Serving the sensor, energy and semiconductor markets, Paragraf has developed graphene electronic devices and is now partnering with visionary companies seeking to take advantage of the unique properties of graphene. Paragraf has perfected a process for producing single-atom thick, two-dimensional materials, including graphene, directly onto crystalline substrates such as silicon, silicon-carbide, sapphire and gallium-nitride. The contamination-free technology is scalable, and compatible with existing electronic device manufacturing production processes.

Whitepaper

Graphene Hall-Effect Sensors – The gateway to unrivalled magnetic field sensitivity and resolution?
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Latest news

  • Paragraf’s GHS Series Hall-Effect Sensors

Redefining Hall-Effect Sensors with Graphene

July 13th, 2020|

Article by Simon Thomas, CEO at Paragraf. Over the last decade or so, graphene has gained an ever-increasing amount of press attention, due to the incredible properties it possesses and its potential to enhance [...]

Five advantages of graphene Hall-Effect sensors

July 7th, 2020|

Article by Paragraf’s Dr Hugh Glass who outlines the extraordinary technical characteristics of an exciting new electronic device. It is fair to say that graphene has been slow to realise its potential in the [...]

Paragraf appoints Alistair Crawford as Chairman

June 22nd, 2020|

22 June 2020: Paragraf, the leader in graphene-based transformative electronic sensors and devices, is pleased to announce the appointment of Alistair Crawford as Chairman. Alistair joins Paragraf at a crucial time in its development, [...]

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