Against the backdrop of the global push for "dual carbon" goals, the rubber industry is accelerating its transformation towards high performance, low energy consumption, and long lifespan. IOTA-Si69, with its unique molecular design, has become one of the key materials for achieving green rubber.

Its environmental value is reflected in:
- Reduced rolling resistance: Using IOTA-Si69-treated silica filler in tires can reduce vehicle fuel consumption by 5%~8%, indirectly reducing CO₂ emissions;
- Extended product lifespan: Improved wear and tear resistance, reduced replacement frequency, and lower resource consumption;
- Compatibility with bio-based/recycled rubber: Maintains excellent coupling effects in sustainable rubber formulations.

Technical Advantages at a Glance:
| Performance Dimensions | Improvements After Using IOTA-Si69 |
| Uncured Rubber Compound | Mooney Viscosity ↓, Scorch Time ↑, Processing Flowability ↑ |
| Cured Rubber Properties | Tensile Strength ↑, Stress at a Fixed Elongation ↑, Compression Deformation ↓ |
| Dynamic Properties | Heat Generation ↓, Rolling Resistance ↓, Abrasion Resistance ↑ |
| Environmental Resistance | Water Resistance ↑, Aging Resistance ↑ |

Furthermore, IOTA-Si69 is suitable for various inorganic fillers (precipitated silica, carbon black, mica, fly ash, etc.), providing technical support for the resource utilization of industrial solid waste (such as fly ash-filled rubber).