Product type
Oil-based SWCNT conductive slurry.
SWCNT conductive slurry
TY-82EC SWCNT Conductive Slurry
An industrial-stability NMP-based SWCNT conductive slurry optimized for consistent dispersion and compatibility with existing battery manufacturing workflows.
Industrial Stability
NMP-Based Process
Scale-Up Evaluation
Production-Line Fit
Manufacturing-fit review
- Solid content
- 1.53% ± 0.03%
- Carbon nanotubes
- 0.82% ± 0.02%
- Viscosity
- ≤ 4500 mPa·s
- Water content
- ≤ 1000 ppm
Primary fit
Scale-up evaluation and manufacturing compatibility for teams working inside established NMP-based process windows.
Main advantage
Stable dispersion consistency for programs where repeatability and process fit matter as much as conductive performance.
Quick facts
Discuss Process Fit
What TY-82EC is and where it fits
Solvent system
NMP-based.
Primary fit
Scale-up evaluation and manufacturing compatibility.
Main advantage
Stable dispersion consistency.
Format
Slurry.
Screening stage
Process-fit and batch-consistency evaluation.
Technical specifications
Dedicated TY-82EC specification values
| Parameter | Value |
|---|---|
| Appearance | Black slurry |
| Solid content | 1.53% ± 0.03% |
| Carbon nanotubes | 0.82% ± 0.02% |
| Dispersant system | PVDF + PVP, 0.71% ± 0.02% |
| Viscosity | ≤ 4500 mPa·s |
| Water content | ≤ 1000 ppm |
| Magnetic substances | ≤ 0.15 ppm |
| Fe | ≤ 5 ppm |
| Co | ≤ 5 ppm |
| Ni | ≤ 2 ppm |
| Cu | ≤ 1 ppm |
| Zn | ≤ 1 ppm |
| Cr | ≤ 1 ppm |
Values shown are based on the TY-82EC specification sheet.
Best fit applications
Where TY-82EC is most likely to fit
Mass production line evaluation
A fit for teams validating conductive slurry behavior under the constraints of real production-line screening.
Existing NMP-based electrode processes
Designed to align with established oil-based process routes rather than requiring a format change first.
Process-compatibility screening
Useful when process fit and slurry handling are central to the technical decision, not secondary concerns.
Stable and repeatable slurry behavior
A good route for programs that prioritize repeatability and stable dispersion behavior across evaluation batches.
Why TY-82EC
A manufacturing-oriented view of TY-82EC
TY-82EC is positioned for industrial stability and manufacturing compatibility rather than a performance-first story. It is intended for teams evaluating slurry fit inside existing process environments, especially when a drop-in style NMP-based workflow matters.
This makes the product useful for decision-making where consistency, repeatability, and scale-up behavior carry real weight. Instead of treating slurry selection as a narrow material question, TY-82EC supports a broader review of how the conductive system behaves through coating, handling, and production-line evaluation.
For technical buyers, that means TY-82EC can be discussed as a scale-up-friendly conductive slurry for existing NMP-based workflows, especially in programs where stable dispersion consistency is part of the procurement and qualification decision.
TY-82EC is usually a good fit when
- You are evaluating a slurry for existing NMP production lines.
- You prioritize dispersion consistency and repeatability.
- You need a scale-up-friendly conductive slurry.
- You want a more manufacturing-oriented evaluation path.
TY-82EC is less ideal when
- You need a water-based conductive slurry.
- You are only screening powder-form conductive additives.
- You are prioritizing a performance-first evaluation story over process stability.
Validation checklist
What engineers should validate next
1. Batch-to-batch consistency
Review whether successive evaluation lots stay stable enough for process and QC comparison.
2. Slurry fit with the current NMP process
Confirm handling, solvent-route compatibility, and workflow fit inside the current manufacturing process.
3. Coating and dispersion behavior
Check whether the slurry stays repeatable through mixing, coating, and intermediate handling steps.
4. Conductive performance versus the current additive system
Compare conductivity gains or tradeoffs against the incumbent conductive package under the same conditions.
5. Scale-up handling and QC tolerance review
Review whether the product stays manageable inside the team's scale-up handling and quality-control window.
Related technical pages
Related technical pages
Use these pages to compare TY-82EC against adjacent process routes and supporting technical guidance.
Review application routes for SWCNT conductive systems
Use the applications overview to place TY-82EC in a broader engineering context.
Review conductive-network fit in high-Ni cathodes
Connect TY-82EC to nickel-rich cathode screening where process compatibility still matters.
Compare TY-70C and TY-82EC evaluation paths
Use a direct product comparison to separate performance-first and manufacturing-oriented routes.
Read the SWCNT engineering screening guide
Review a practical checklist for first-pass conductive-slurry screening.
See how engineers evaluate CNT dispersion quality
Use the article to frame dispersion-quality discussion around real process checks.
Downloads & resources
Resources for TY-82EC evaluation
Download Data Sheet
Technical documents are available upon request through the inquiry flow.
Read Technical Guide
Use the HTML technical guide to structure early screening and process-fit review.
Contact for Sample Evaluation
Start a technical conversation about sample evaluation, process fit, and qualification planning.
FAQ
TY-82EC FAQ
What is TY-82EC best suited for?
TY-82EC is best suited for mass production line evaluation, existing NMP-based electrode processes, process-compatibility screening, and programs that prioritize stable and repeatable slurry behavior.
Is TY-82EC designed for NMP-based processes?
Yes. TY-82EC is an oil-based conductive slurry built on an NMP-based solvent system and is positioned as a drop-in style solution for existing NMP-based workflows.
What makes TY-82EC more manufacturing-oriented?
TY-82EC is positioned for industrial stability, manufacturing compatibility, and scale-up evaluation. It is intended for teams that care about dispersion consistency, repeatability, and fit within existing process environments.
What should engineers validate first when screening TY-82EC?
Start with batch-to-batch consistency, slurry fit with the current NMP process, coating and dispersion behavior, conductive performance versus the current additive system, and scale-up handling with QC tolerance review.
How is TY-82EC different from a more performance-oriented SWCNT slurry?
This page positions TY-82EC as a more manufacturing-oriented route. Compared with a performance-first slurry story, TY-82EC is framed around process fit, repeatability, and large-scale production compatibility within NMP-based lines.
Next step
Request a TY-82EC sample or discuss process-fit evaluation with our team.
Use the inquiry flow to share your current NMP process, consistency targets, and scale-up questions so the technical discussion starts with the right manufacturing context.