Canada / Materials library

From structure
to performance.

Graphene is not a single specification. Discover how morphology, surface chemistry and dispersion format shape the material selection process.

Scientific illustration of layered graphene nanosheets
MATERIAL INTELLIGENCE01 / 03
STRUCTURE DEFINES FUNCTION
Material library / Explore

Choose the right
material architecture.

Select a family to explore its characteristics and example grades. The technical starting point changes with the host material and processing conditions.

Material family 01

Graphene nanoplatelets

Few-layer carbon platelets with selectable dimensions and surface area, considered for mechanical, thermal, barrier and tribological formulation research.

Few-layer plateletsSize selectionDry powder
Discuss material selection ↗
Layered graphene nanoplatelets visual
Scientific visualization · illustrative
SG-800
Nanoplatelets
~3 nm thickness · ~1.5 μm lateral size · ~800 m²/g BET
SG-135-7 / 18 / 30
Nanoplatelets
~5 nm thickness · lateral sizes ~7 / 18 / 30 μm · ~135 m²/g BET

Specifications shown are indicative examples from the SuperGrafeno portfolio, not certificates of analysis. Product documentation, performance and supply should be evaluated for each grade and market.

Reference / Grade index

Compare the starting points.

Example gradeFamilyIndicative attributesFormat / Selection context
Values are family-level or grade examples supplied for initial discussion; confirm tolerances and test methods in the corresponding technical documentation. Not all grades or packaging formats are necessarily stocked in Canada.
Beyond the label

What actually matters
in material selection?

Particle dimensions alone are not enough. The right fit considers chemistry, compatibility and the testing required to prove a useful result.

01 / STRUCTURE

Morphology & dimensions

Examine layer count, lateral size, aspect ratio and surface area according to the intended application.

02 / INTERFACE

Surface & compatibility

Match functional groups, dispersion media and mixing routes to the chemistry of the host system.

03 / VALIDATION

Process & performance

Confirm dispersibility, processing stability and relevant outcomes with application-specific comparative tests.

Technical conversation

Material selection
starts with your system.

Tell us your matrix, target properties and processing conditions. We can define a suitable technical starting point together.

Discuss a material ↗