DPM-2694 Silicone-modified waterborne polyurethane resin
Overview
- DPM-2694 is an aliphatic silicone-modified waterborne polyurethane dispersion featuring excellent hydrophobic properties. It can be blended with other waterborne resins and still deliver a significant hydrophobic effect even at low loading levels.
- This product is environmentally friendly – it contains no harmful substances such as organotin compounds, APEO, formaldehyde, NMP, or NEP.
Typical Characteristic
| item | data | unit | test method |
| Appearance | Light yellow liquid | ||
| Solid Content | 25±2 | % | |
| PH | 7.0-10.0 | GB6920-1986 | |
| viscosity | <3000 | mPa.s | GB/T2794-2013(BrookfieldLV,62#30rpm,25℃) |
| system | anion | ||
Product Features
- Ultra-hydrophobic effect
- Fluorine-free
- Environmentally friendly and harmless
- Excellent compatibility
Application Area
- Recommended for various applications requiring a hydrophobic coating.
- Can be blended with other water-based resins; even at low addition levels, it exhibits a significant hydrophobic effect.
Safety, Packaging and Storage
- Store in a cool, dry place protected from light; storage temperature should be between 5–35°C. Keep the packaging intact. The shelf life of this product is 6 months from the date of manufacture; after 6 months, it is recommended to verify its performance in a laboratory before use.
- This product requires careful protection from frost; after opening the packaging, it is recommended to use it all at once.
- 50 kg and 120 kg non-recyclable plastic packaging drums
Packaging Images

Small‑sample packaging

Goods Packaging
Price
- For accurate quotation, please get in touch with our sales team.
Disclaimer:The above information is provided based on the specific characteristics of our products and is derived from existing knowledge; it is intended solely as an introduction and usage recommendation for our products and does not constitute a warranty regarding the specific characteristics of our products when used in particular applications. Therefore, we assume no responsibility for this information or recommendations.
