
PTFE Aqueous Dispersion Binder ALD-304
SKU: ALD-304
PTFE Aqueous Dispersion Binder ALD-304 is a concentrated PTFE aqueous dispersion stabilized with a nonionic surfactant. It has documented resin content of 60% ± 2 and is intended for lithium-battery and supercapacitor electrode-binder applications.
Need a bulk order? Request a competitive quote today!
PTFE Aqueous Dispersion Binder ALD-304
Product Type: Concentrated PTFE Aqueous Dispersion Binder
Product Code: ALD-304
Brand: Xnergy
Product Introduction
ALD-304 is a homogeneous concentrated aqueous dispersion containing approximately 60% PTFE resin by weight and stabilized with a nonionic surfactant. The supplied documentation describes thermal, weather and electrical-insulation properties together with non-stick, waterproof and non-fouling characteristics.
Core Features
- Documented PTFE resin content of 60% ± 2
- Homogeneous milky-white or slightly yellow emulsion
- Documented heat, cold and weather resistance
- Documented electrical-insulation performance
- Non-stick, waterproof and non-fouling characteristics
- Designed for water-based battery and supercapacitor binder systems
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Code | ALD-304 |
| Brand | Xnergy |
| Product Type | Concentrated PTFE aqueous dispersion binder |
| Appearance | Milky-white or slightly yellow homogeneous emulsion |
| Resin Content | 60% ± 2 |
| Particle Size | 0.05–0.16 µm |
| Kinematic Viscosity at 25°C | 15–30 mm²/s |
| pH | 7–10 |
| Density at 20°C | 1.48–1.53 g/cm³ |
| Surfactant Content | 4–6 |
Applications
- Lithium-battery electrode binder formulations
- Supercapacitor electrode binder formulations
- Water-based electrode slurry research
- Electrode adhesion and coating studies
Note: Specifications are based on the supplied product documentation. Confirm formulation compatibility, dosage and processing conditions for the selected active material before use.
Related Products: Browse the Binders category, LA-133 aqueous binder and LA-136D aqueous binder.




