Make
Nanocarbon, Si/C anode and engineered composites with controlled structure, composition and consistency.
SWCNT · MWCNT · GrapheneAdvanced carbon systems · engineered around your target
From nanocarbon
to performance.
Materials are only the beginning. Omni connects carbon architecture, formulation, validation and scale to make your performance target achievable.
01 / Why Omni
A materials company + an application engineering partner
We do not stop at making nanocarbon.
The product is not the nanotube. The product is the performance it enables — selected, formulated, tested and scaled around the system that matters to you.
Formulate
Powders, dispersions, masterbatches and custom carriers built around the process.
Water · NMP · Composite routesValidate
Slurry, electrode, cell and end-use testing with performance data from the real system.
Material → application evidenceScale
Pilot to qualification to volume with manufacturing, QC, packaging and supply continuity.
Qualification → delivery02 / Product platform
Six core platforms.
One performance model.
Omni combines advanced carbon materials, battery anode materials and engineered composites — then formulates them for the customer’s process.
1D / 01
SWCNT
Ultra-high-aspect-ratio conductive networks at very low addition level.
Advanced batteries · silicon-rich anodes1D / 02
MWCNT
Robust conductivity, process flexibility and strong cost-performance balance.
LFP · NCM · polymers · coatings2D / 03
Graphene
2D carbon for conductive, thermal and mechanical reinforcement pathways.
Battery · coatings · compositesSi/C / 04
Silicon-carbon anode
Engineered silicon–carbon negative-electrode materials for higher-energy cells.
Conductivity · processability · cyclingC+ / 05
Carbon-based composites
Functional carbon matrices and hybrids engineered around the end-use requirement.
Electrical · thermal · reinforcementGF+ / 06
Glass-fiber / graphene
Graphene-enhanced glass-fiber composite systems for multifunctional performance.
Lightweight · conductive · structuralFormulation layer
Powder · Masterbatch · Aqueous / NMP dispersion · Hybrid system · Custom solution
03 / Battery solutions
Build the conductive architecture around the electrode.
The same nanocarbon can behave very differently depending on chemistry, carrier, dispersion, mixing, coating and compaction.
Silicon-carbon anodes
Si/C + SWCNT / graphene
Conductivity · Processability · Cycling
NCM cathodes
SWCNT / MWCNT / hybrid
Conductivity · Solids · Compaction
LFP / LCO / LMO
MWCNT / hybrid dispersions
Process window · Cost-performance
Current-collector coatings
Graphene / CNT hybrid
Contact resistance · Coating integrity
04 / Manufacturing + operations
One manufacturing system.
Built to carry performance forward.
From material production through purification, formulation, QC and delivery, Omni connects manufacturing depth with application testing and customer response.
Material production
SWCNT · MWCNT · graphene · Si/C anode · composite systems
Purification
Metal, ash and moisture control
Formulate / compound
Water · NMP · masterbatch · resin and composite routes
Dispersion + QC
Pre-dispersion, fine dispersion, morphology, impurity and resistivity
Global operations
Manufacturing in China. Application testing and delivery in the United States.
- Anhui, ChinaManufacturing base
- Suzhou, ChinaQA/QC + materials testing lab
- Covina, CaliforniaBattery testing + application facility
- Houston, TexasWarehousing + logistics
05 / Proof, not promises
Architecture changes
electrode behavior.
Use test data as evidence that material selection, formulation and process can change the result in a customer-relevant system.
NCM electrode resistivity
Representative internal application data3.08Ω·cmvs.6.87Ω·cm
15% silicon-anode adhesion
Representative internal application data+50%
Post-calender peel strength
0.03 vs 0.02 in the test system
Outcome → test context → data → qualification note. Representative performance data should be reviewed in the context of the relevant system and validation protocol.
06 / Joint development model
From customer problem to qualified formulation
Start with the process reality.
Not a preferred grade.
Start a joint development →- 01
Define
Chemistry, target and current pain point.
- 02
Select
Carbon architecture matched to the need.
- 03
Formulate
Carrier, dispersant, solids and viscosity.
- 04
Optimize
Mixing, coating and compaction DOE.
- 05
Validate
Slurry to electrode to cell or end use.
- 06
Scale
Spec freeze, QC, packaging and supply.
07 / Quality + process capability
Consistency is part of the product.
For nanocarbon, morphology, contamination, dispersion energy and structure retention all influence real-world performance.
SEM / TEM
Morphology
ICP-OES
Metal impurities
4-point probe
Resistivity
BET
Surface area
Karl Fischer
Moisture
GC
Residual solvent
Dispersion toolkit
Emulsion pump → high-shear disperser → bead mill → high-pressure homogenizer
Choose the dispersion train around purity, aspect-ratio preservation, solids, viscosity, throughput and cost.
08 / Beyond batteries
One advanced-carbon platform.
Multiple end markets.
Batteries lead the commercial story. The broader materials platform opens strategic paths in functional and structural systems.
EV / ESS batteries
Conductivity · adhesion · rate · energy density
Glass-fiber / graphene
Lightweight · structural · multifunctional performance
Carbon-based composites
Electrical · thermal · mechanical reinforcement
Rubber + mobility
Conductivity · reinforcement · durability
Electronics
EMI / ESD · specialty conductive systems
Conductive polymers
ESD · antistatic · low-loading networks
09 / Customer value
What customers actually buy from Omni
A faster route from material
choice to qualified performance.
Faster qualification
Less time lost testing poorly matched carbon grades or unstable dispersions.
Fewer formulation iterations
Material, carrier and process are selected together.
Lower scale-up risk
Pilot formulation is designed with manufacturing and QC in mind.
Flexible supply format
Powder, composite, aqueous/NMP dispersion and formulated systems.
Single technical partner
One team supports material selection, application work and commercialization.
Performance-driven economics
Optimize total formulation value, not simply $/kg of additive.
10 / Start a conversation
Bring us your performance target.
Tell us the chemistry, process window and outcome you need to achieve. We will help identify the right carbon architecture and development path.
SampleEngineerProject