
mg kg
Production lines
Each line runs on the same synthesis and characterisation capability. Materials from one line routinely end up in devices built on another.
Carbon nanomaterials
Graphene
The products built on the same exfoliation and functionalization chemistry: a graphene-based heat transfer fluid for closed-loop cooling, and graphene functionalized biomass, a renewable carbon feedstock upgraded into a functional material.
Products 2
Base fluid water, glycol
Feedstock lignin, cellulose
Heat transfer fluid
graphene functionalized biomass
Conjugated polymers
Organic semiconductors
Three materials families for printed and flexible electronics: p-type conductors built around PEDOT:PSS and PEDOT:F, n-type conductors based on PBFDO, and carbazole-based self-assembled monolayers for interface engineering.
Sub/groups 3
Supply form solid or ink
PEDOT:PSS
PEDOT:F
PBFDO
SAMs
Capability access
Services
Characterization of graphene and polymers samples on our own instruments, SEM, TEM, HAADF-STEM, EDX, AFM, and GPC, and customized synthesis from repeating a literature compound reliably to designing a molecule that does not exist yet.
Typical lead time 2-12 weeks
Engagement project or retainer
SEM
EDX
AFM
TEM
GPC
Why Tenutec
SYNTHESIS FIRST
We make the molecule
Material lines start from monomer and precursor synthesis in our own labs, so composition, purity and molecular weight are set deliberately rather than accepted from a supplier.
MEASURED, NOT ASSERTED
Data with every batch
Materials ship with the characterization that matters for the application flake size and stability for graphene, GPC and electrochemistry for polymers.
PROVEN IN DEVICES
Tested where it counts
Our interface materials are validated in full devices, not only in solution: carbazole SAMs from our founding scientist support certified organic solar cells above 20% efficiency.
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