Motorcycle Tyres TRIZ Cases
- Lyocell Fiber Motorcycle Tire Carcass Fatigue Resistance
Twisted lyocell fiber carcass resolves adhesion weakness of aramid fibers while maintaining fatigue resistance at high temperatures.
- Motorcycle Tire Carcass Reinforcement Angulation for Stability
Variable angle carcass reinforcements balance drift rigidity to maintain motorcycle stability during high-speed straight-line and curved trajectories.
- Motorcycle Tire Tread Rubber Layering for Heat and Grip
A motorcycle tire tread rubber structure uses differentiated middle layers to enhance cornering grip while maintaining crown region integrity.
- Pneumatic Tire Bead Durability via Segmented Carcass Ply Structure
Segmented carcass ply structure with turn-up and down plies anchors bead cores, suppressing fretting to improve bead portion durability under high load.
- Motorbike Tire Reinforcement Angles for High-Speed Stability
Optimizing crown and carcass layer angles in bias belted tires resolves the contradiction between structural complexity and high-speed cornering stability.
- Motorcycle Tire Tread With Angled V-Shaped Sipes
Angled V-shaped sipes in the central tread reduce irregular wear while distinct polymeric mixtures maintain high friction on wet surfaces.
- Motorcycle Tire Tread Reinforcing Layer Mesh Spiral Design
A motorcycle tire tread reinforcing layer uses a mesh middle region and spiral shoulder parts to disperse tension.