Applications
Low viscosity grades enable hydroxylation modification of filler surfaces, improving compatibility between inorganic powders and organic phases. Medium and high viscosity grades serve as base polymers for RTV silicone rubbers, widely used in electronic potting adhesives, sealants and adhesives.
In crosslinking systems, it undergoes polycondensation with alcohol-type, oxime-type and acidic silane crosslinkers. Tin-based catalysts significantly reduce reaction activation energy, accelerating siloxane bond formation and crosslinking network construction.
Precision control of viscosity and functional group content allows this product series to be applied as both surface treatment agents and matrix polymers, delivering high-performance solutions for electronic packaging, composite materials and other fields.
Technical Data Sheet
| Viscosity (25℃) | Appearance | Volatiles (150℃,3h) | Viscosity Tolerance |
|---|---|---|---|
| 500 mm²/s | Colorless Clear Fluid | < 1% | ± 15% |
| 750 mm²/s | Colorless Clear Fluid | < 1% | ± 15% |
| 1500 mPa·s | Colorless Clear Fluid | < 1% | ± 15% |
| 5000 mPa·s | Colorless Clear Fluid | < 1% | ± 15% |
Available Options
✓ Low Cyclic Siloxane Content (D3-D10) <300 ppm
✓ Ultra Low Cyclic Siloxane Content (D3-D10) <100 ppm
✓ Low Volatile Content (150℃,3h) < 0.5%
✓ Ultra Low Volatile Content (200℃,4h) < 0.25%
✓ Custom Packaging
✓ OEM Label
Packaging
Standard Packaging: Available in 200 kg net steel drums or 1,000 kg net IBCs. Custom packaging options are available upon request.
Storage
Store in the original, tightly sealed container in a cool, dry and well-ventilated area. Under recommended storage conditions, the product has a shelf life of 24 months from the date of manufacture. Please refer to the product label for the expiration date.
Transportation
This product is classified as a non-hazardous chemical and may be transported as general cargo. During transportation, protect the product from moisture, rain and direct sunlight, and avoid contamination with acids, alkalis or other foreign substances.
