Cambridge Graphene

We supply novel graphene inks and develop graphene/2D materials technology and applications for customers

Contact Us

Cambridge Graphene Limited is an operating company of Versarien plc

About us

Graphene Inks

for product and application development

Proprietary process

Cambridge Graphene uses a scaleable production process for its graphene ink, developed at the Cambridge Graphene Centre, University of Cambridge. The process allows for a range of ink formulations to be manufactured in order to meet the requirements of different printing methods and substrates. Currently, all Cambridge Graphene inks are aqueous, environmentally friendly and non-toxic.

Custom Inks

As well as standard inks, Cambridge Graphene can customise its ink formulations to meet the requirements of its customers. Tailored inks for different substrate choices, printing method and product performance are all possible. Let us know your requirements.

What we do

We supply proprietary Graphene inks and undertake development projects for customers in application areas including, but not limited to:

High performance inks for conductive applications

Printed conductive inks for flexible electronics, antennas and a range of new products. Graphene inks can be cheaper, flexible, printable and better for the environment than traditional circuit board solutions.

Graphene enhanced composites

Graphene has been shown to significantly modify the characteristics of composite materials. Exactly which form of graphene and functionalisation to use in specific applications is a development challenge for manufacturers. We undertake projects to define the recipe required for commercial products.

Supercapacitors and batteries

Increased processing power means increased energy usage. Graphene’s applications in battery and capacitor technology will deliver huge advances across the low-power device market.

If your interest is not listed above - just ask. We may be able to help


CG ink 1

CG ink 2

CG ink 3

Typical ink characteristics





Viscosity (@ 100 s-1)

3-4 cP

570 cP


Total solids content

~0.1 wt%

6.5 wt%

9.4 wt%


These products can be stored at room temperature (20oC)

Typical graphene characteristics

Flake type

Few-layer graphene

Graphene plus graphite nanoplatelets

Graphene plus graphite nanoplatelets

Lateral size

20-200 nm

1000 ± 500 nm

1000 ± 500 nm

Graphene flake thickness <2, <5, >5 nm

~ 20%, ~ 90%, ~ 10%

~ 1%, ~ 9%, ~ 91%

~ 1%, ~ 9%, ~ 91%

Mean flake thickness

~ 2.8±1.6 nm

~ 12±2 nm

~ 12±2 nm

Graphene content

0.2-0.5 mg/mL

50 mg/mL

80 mg/mL

Typical film properties

Deposition method

Ink Jet Printing,

Vacuum Filtration

Screen/Flexo Printing/Blade Coating

Screen Printing/Blade Coating

Drying conditions

100°C for 10 min

Sheet resistance @ thickness

~4 kΩ/□ @ 80 nm *

30 Ω/□ @ 2 µm

~10 Ω/□ @ 25 µm

~10 Ω/□ @ 25 µm

Transparent films




Typical Substrates

Glass, Paper, Plastic



Advisory Board

Dr. Felice Torrisi

Technology Advisor

View profile
Dr. Tawfique Hasan

Technology Advisor

View profile


Cambridge Graphene is not recruiting at the moment

If you have exceptional skills, are innovative and want to work in one of the most interesting and groundbreaking areas of technology, send your CV to

Contact Us

Thank you for the message! We will get back to you shortly