DPM-8071 Water-based Silicone Resin with Excellent Heat Resistance
Overview
DPM-8071 is a water-based silicone resin with excellent heat resistance. This product exhibits superior weather resistance and chemical stability, along with high hardness, high gloss, excellent degree of fullness, and good resistance to yellowing at elevated temperatures. It is suitable for high-temperature non-stick coatings used in kitchen appliances.
Application Method: Neutralize with 1.5-2% dimethylethanolamine based on the total resin content, then add approximately 50% water relative to the total resin amount and mix thoroughly. The product can tolerate water addition up to approximately 150% of the total resin content.
Typical characteristic
| Item | Unit | Value |
| Appearance | / | Light yellow to yellow transparent liquid |
| Solid Content | % | 49±1 |
| Acid Value | MgKOH/g | 15-28 |
| Viscosity (Ford Cup No. 4) | Seconds | 25-70 |
Product features
① High hardness and high gloss
② Excellent high-temperature resistance
③ Superior Degree of Fullness and excellent high-temperature yellowing resistance
Application area
1、Applicable for high-temperature resistant protective coatings on substrates such as kitchen appliances
2、Recommended baking and curing conditions: 200℃ for 30–40 minutes, or 250℃ for 20–25 minutes
3、It is recommended to use water-based additives.
Safety, Packaging and Storage
1. Store at 5-35°C in a cool, ventilated area, protected from direct sunlight, and keep in tightly sealed containers. The shelf life is 6 months when stored in original packaging.
2. 25 kg Packaging
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.