Rolling Resistance Optimization TRIZ Cases
- Modified Conjugated Diene Polymer for Tire Rubber
A modified conjugated diene-based polymer incorporates specific nitrogen and silicon content to enhance rubber composition performance.
- Bio-based Elastomer Nanocomposite Silica Dispersion
Ester and epoxy groups in bio-based elastomers enhance silica dispersion, eliminating silane coupling agents to lower rolling resistance.
- Chemically Modified Cellulose Rubber Composition
Acetylated microfibrillated cellulose disperses in rubber to boost breaking strength while reducing energy loss.
- Silane-Modified Farnesene Polymer for Tire Rubber
Silane-functionalized farnesene polymer mediates silica dispersion and mechanical properties, reducing tire rolling resistance.
- Conjugated Diene Polymer Fuel Efficiency via Silicon Vinyl
Silicon-containing vinyl compounds modify conjugated diene polymers to resolve insufficient fuel cost-saving properties in tire rubber applications.
- Siloxy-imine Rubber for Tire Rolling Resistance and Wet Grip
A siloxy-imine functionalized polymer enhances silica filler dispersibility in rubber compositions.