Graphene powder refers to a fine, powdered form of graphene, which is a two-dimensional allotrope of carbon. Graphene itself is a single layer of carbon atoms arranged in a hexagonal lattice, forming a flat sheet with exceptional properties. It is incredibly thin, lightweight, flexible, transparent, and exhibits excellent electrical and thermal conductivity.

Here are a few areas where graphene powder has found application:

• Energy Storage
• Composite Materials
• Electronics
• Catalysis
• Sensors

It’s worth noting that graphene powder, in its isolated form, may not fully exhibit all the exceptional properties of pristine graphene. The performance and properties of graphene-based materials also depend on factors like the quality of graphene, its production method, and the specific application requirements.

Nanograf’s graphite conducive ink is used for making conductive patterns on paper and clothes, especially on T shirt.

Graphite conducive ink properties:

• It has a low friction rate, providing lubrication.
• It also shows remarkable thermal stability and can work in very low temperatures.
• It has excellent electrical conductivity and is flexible.
• Easy to use and handle.

Substrate: Paper and cloth
Deliverables: Ink, Thinner

Applications

• It can be used for making electronics circuits/sensors on paper
• It can be used for making circuits on cloths towards wearable electronics
• It is useful for chip-less RFID technological applications.
• It is an affordable alternative to make resistors and conductors on paper
• Soft robotics

How to use:

• Open the bottle carefully
• Stir well in order to ensure the uniformity of the ink (this step is very important)
• Pour on a pallet.
• Paint with a rod/brush/calligraphic pen by dipping on the ink
• Let it dry for couple of hours
• Scratch the painted pattern with a fine blade carefully to remove the dust (this step is very important)

NB: In order to increase the conductivity apply coating again and wait for drying and repeat scratching process

NB: The viscosity can be adjusted with adding thinner from the bottle, if required only

Nanograf’s graphene conducive ink is used for making conductive patterns on paper and clothes, especially on T shirt.

Graphene conducive ink properties:

• It has a low friction rate, providing lubrication.
• It also shows remarkable thermal stability and can work in very low temperatures.
• It has excellent electrical conductivity and is flexible.
• Easy to use and handle.

Substrate: Paper and cloth
Deliverables: Ink, Thinner

Applications

• It can be used for making electronics circuits/sensors on paper
• It can be used for making circuits on cloths towards wearable electronics
• It is useful for chip-less RFID technological applications.
• It is an affordable alternative to make resistors and conductors on paper
• Soft robotics

How to use:

• Open the bottle carefully
• Stir well in order to ensure the uniformity of the ink (this step is very important)
• Pour on a pallet.
• Paint with a rod/brush/calligraphic pen by dipping on the ink
• Let it dry for couple of hours
• Scratch the painted pattern with a fine blade carefully to remove the dust (this step is very important)

NB: In order to increase the conductivity apply coating again and wait for drying and repeat scratching process

NB: The viscosity can be adjusted with adding thinner from the bottle, if required only

Graphene screen printing conductive Ink for paper and cloth substrate Nanograf’s graphene screen printing conducive ink is used for making conductive patterns on paper and clothes, especially on T shirt.

Graphene screen printable conducive ink properties:

• It has a low friction rate, providing lubrication.
• It also shows remarkable thermal stability and can work in very low temperatures.
• It has excellent electrical conductivity and is flexible.
• Easy to use and handle.

Substrate: Paper and cloth
Deliverables: Ink, Thinner

Applications

• It can be used for making electronics circuits/sensors on paper
• It can be used for making circuits on cloths towards wearable electronics
• It is useful for chip-less RFID technological applications.
• It is an affordable alternative to make resistors and conductors on paper
• Soft robotics

How to use:

• Open the bottle carefully
• Stir well in order to ensure the uniformity of the ink (this step is very important)
• Pour on a pallet.
• Perform screen printing
• Let it dry for couple of hours
• Scratch the painted pattern with a fine blade carefully to remove the dust (this step is very important)

NB: In order to increase the conductivity apply coating again and wait for drying and repeat scratching process

NB: The viscosity can be adjusted with adding thinner from the bottle, if required only