Understanding Tire Operating Temperature Heat remains the primary adversary of tires, making it crucial for tire engineers to consider the ideal "tire operating temperature" during the design phase. Effects of High Temperatures Tires subjected to...
tire balancing
Types of TPMS and Their Effects on Tire Balancing
In the automotive industry, Tire Pressure Monitoring Systems (TPMS) have become standard practice since 2009 when it became mandatory for all new passenger vehicles to be equipped with TPMS. This regulation marked a significant stride in enhancing...
The Science Behind Balancing Beads
The science behind balancing beads can be broken down into stages listed below, with three forces influencing the process: gravity, centrifugal force, and inertia. Tire at Rest The beads pool at the bottom of the tire due to gravity. Tire in Motion...
Answers to the Most Frequently Asked Questions About Balancing Beads on the Internet: Part 3
11. Do balance beads cause vibrations? Internal balancing agents (IBA) can migrate due to vibrations caused by an imbalance in the tire or wheel assembly. If you added the correct amount to your tires based on our recommendation and still feel...
Answers to the Most Frequently Asked Questions About Balancing Beads on the Internet: Part 2
6. Are balancing beads as good as weights? Balancing beads are arguably better than wheel weights, as they constantly readjust, keeping the tire balanced for the life of the tire, whereas wheel weights may need adjustment every 10,000 km or less if...
Answers to the Most Frequently Asked Questions About Balancing Beads on the Internet
1. Do balancing beads actually work? Balancing beads are proven and the most effective form of tire balancing when specific conditions are met. They are designed to work on vehicle that present a stiff, or simple suspension, which is essential in...