Without Separate Inflatable Inserts TRIZ Cases
- Asymmetric Body Ply Skim Layer for Tire Weight Reduction
An asymmetric body ply skim layer using composite materials eliminates the innerliner to cut weight and rolling resistance without exposing reinforcing cords.
- Pneumatic Tire Inner Liner Weight Reduction via Composite Elastomer
An inner liner combines styrene-isobutylene-styrene copolymer with modified isobutylene to lower mass without sacrificing air retention or crack resistance.
- Multilayer Tire Inner Liner Resolving Gas Barrier and Crack Resistance Trade-off
A multilayer tire inner liner combines a low-elongation barrier layer with a high-elongation elastomer layer to disperse stress.
- Butyl Rubber Composition with Low Tg Terpene Resin for Air Barrier
A butyl rubber composition uses a low glass transition temperature terpene resin to enhance air permeation resistance and moldability.
- Polyamide Resin Composition with Reactive Modifier for Fatigue Resistance
A polyamide resin composition incorporates a modifying polymer with reactive functional groups to enhance tensile properties.
- Pneumatic Tire Conductive Sheet Rim Strip Design
A pneumatic tire uses a conductive sheet reaching the rim strip to discharge static electricity.