Item No.: | Censil 966 |
Chemical Name | Sulfur Contained Silane |
Chemical Formula: | 3-(triethoxysilyl)propanethiol |
CAS No.: | N.A. |
EINECS No: | N.A. |
Properties: | 3-(triethoxysilyl)propanethiol,reactionproductswithethoxylatedC13-alcohol |
Silane Coupling Agent High Performance Sulfur Contained Silane Censil 966 Mono Sulfur Silane
Physical Properties
Censil 966 silane is a thiocarboxylate functional silane that has been shown to enable reduced rolling resistance while maintaining wet traction.
This advanced silane offers tire manufacturers increased overall production efficiency compared to standard sulfur silanes.
Specifications
Items | Units | Target Values (Spec, Limits) |
Appearance |
| Colorless |
Heating loss (100℃×3h) | % | ≤3.5 |
Viscosity (25℃) | mpa.s | 40-100 |
Refractive index |
| 1.450-1.480 |
Application
1) Reduced rolling resistance;
Incorporating Censil 966 silanes into the tire tread can lead to greatly improved rolling resistance ratings.
As a result, tires can use less energy and fuel to function, without compromising safety.
2) Desirable testing results;
Censil 966 silanes offer design possibilities by helping you to achieve the following effects in rubber compounds: Improved Payne Effect
• Increased resilience
• Lower Tan δ values (50 °C to 60 °C)
• Better dynamic properties at low temperatures (-20 °C to +10 °C)
3) Better wet traction;
Censil 966 silanes enable the reduced rolling resistance needed for fuel efficiency while maintaining wet traction.
4) More efficient manufacturing;
Not only does Silane Censil 966 enable better tire performance, they can help accelerate manufacturing.
Despite high-Silica loading formulas, these advanced silanes promote better dispersion.
And, a reduced compound viscosity is possible for easier processing, mixing, milling and extrusion.