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Polytetrafluoroethylene (PTFE) Condensed Liquid Binder for Li-ion Battery

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SKU:
NG08BE03010
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€57.00
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Description

100 grams/57 €
500 grams/232 € 
1000 grams/422 €

Please contact us for quotes on larger quantities !!! 

Product Overview of PTFE Condensed Liquid Binder for Li-ion Battery

Polytetrafluoroethylene (PTFE) Condensed Liquid Binder is a fluoropolymer-based binder dispersion intended for research and development of lithium-ion battery electrodes. With a solid content of 60 ± 1 wt%, a viscosity of approximately 25 cP, and a pH range of 9–10, this material can be investigated in electrode formulations requiring polymer binding and mechanical cohesion.

PTFE is widely recognized for its chemical resistance, thermal stability, and electrical insulating properties. In battery electrode research, PTFE binders are used to help maintain contact between active material particles and support electrode structural integrity. Under suitable processing conditions, PTFE can form fibrillar networks that contribute to electrode cohesion.

The product has a reported surfactant content of 6% and is supplied as a concentrated liquid binder. Its suitability for specific electrode formulations depends on active material compatibility, binder concentration, processing conditions, and electrochemical operating parameters.

Technical Properties of PTFE Condensed Liquid Binder for Li-ion Battery

 Model

 NG08BE03010

 Solid content (wt%)

 60±1

 The Surfactant (%)

 6

 Proportion  (25℃)

 1.52

 Viscosity (cp)

 About 25

 pH

 9-10

 Limit of Film Thickness (µm)

 5

 Nominal Capacity (mAh)

 2200 

 Nominal Voltage (V)

 3.7 

 Kinematic Viscosity (mm2/s)

 6-15 

 

Applications of PTFE Condensed Liquid Binder for Li-ion Battery

  • Lithium-Ion Battery Electrodes: Investigated as a polymer binder in compatible anode and cathode formulations to support particle cohesion and electrode mechanical integrity.
  • Battery Electrode Fabrication: Used in research involving electrode preparation, binder distribution, and active material integration.
  • Dry Electrode Processing Research: PTFE-based binders are studied for fibrillation-based electrode manufacturing; suitability of this specific liquid dispersion for dry processing requires additional formulation and processing evaluation.
  • Electrode Mechanical Stability: Explored in formulations requiring improved particle binding and resistance to mechanical deformation during electrode processing.
  • Electrochemical Energy Storage Research: Investigated as a binder component in selected battery and electrochemical electrode systems.
  • Advanced Binder Formulation Research: Used in studies evaluating polymer binder concentration, electrode cohesion, processing behavior, and electrochemical compatibility.
 
 
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