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...
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Receive helpful knowledge and tips, updates about our products, events, giveaways & more! Join Counteract News!Canada Ditches Lead Wheel Weights for a Greener Future!
On February 3, 2024, Canada took a significant leap towards a greener and safer automotive industry by officially banning the importation and manufacturing of lead wheel weights. Recognizing the environmental hazards and potential health risks...
How the Cold Affects Tires
As the cold season sets in, it's crucial to be mindful of your vehicle's tire performance through proper winter maintenance. Tire pressure and traction are key aspects within your control, and understanding their dynamics is essential. The...
Answers to the Most Frequently Asked Questions About Balancing Beads on the Internet: Part 5
21. What is the best way to balance large tires? Counteract Balancing Beads are endorsed in the Heavy Duty Truck Systems textbook as the optimal method for balancing tires and complete wheel assemblies worldwide. These beads balance the entire...
Answers to the Most Frequently Asked Questions About Balancing Beads on the Internet: Part 4
16. Do balancing beads damage TPMS? Counteract Balancing Beads does not damage, interfere or harm TPMS/TMS systems. Concerns regarding these systems would be focused around liquid tire balancing products and granular/powder like products. These...
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...