Linked from

The 16 pages that link to Tire, each with the reason it gives.

• VulcanizationBroader topic: Tires depend on vulcanized rubber compounds for wear resistance, grip, and heat tolerance.

• ElastomerRelated: Elastomers give tire tread and carcasses resilience, grip, and resistance to repeated flexing.

• Synthetic rubberRelated: Tires consume large quantities of synthetic rubber, often blended with natural rubber.

• Styrene-butadiene rubberNarrower topic: Tires are SBR's largest application, especially in tread and sidewall compounds.

• PolybutadieneRelated: Polybutadiene supplies resilience and wear resistance in tire treads and sidewalls.

• PolyisopreneBroader topic: Polyisoprene is used in tire compounds for its resilience and resistance to fatigue.

• Hevea brasiliensisBroader topic: Tires are a major use of natural rubber from this tree.

• TractionNarrower topic: Its tread and compound shape the grip available at the road interface.

• Car suspensionCompared with: Tires also absorb shocks, but they are not the suspension links and springs.

• Sports carRelated: Tire grip sets practical limits on braking, acceleration, and cornering.

• All-terrain vehicleBroader topic: ATV tire tread and low-pressure construction shape grip on dirt, mud, and rocks.

• Motor vehicleRelated: Tires transmit the vehicle's driving, braking, and steering forces to the road.

• Auto racingRelated: Tire grip and temperature constrain braking, cornering, and acceleration.

• CarRelated: Tires are the car’s contact with the road for acceleration, steering, and braking.

• Off-road racingRelated: Tread patterns and pressure affect grip in sand, mud, and rock.

• Radio-controlled carRelated: Tire compound and tread shape strongly affect grip on different surfaces.