Car Weight BlockThat Is, The Car Balance Block. Below Is A Detailed Introduction To Its Function, Installation Position, Working Principle, Etc.:

Effect

Ensure Driving Stability: It Can Maintain The Dynamic Balance Of The Wheels When Rotating At High Speeds, Avoiding Vibration Caused By Uneven Distribution Of Wheel Mass. If This Kind Of Vibration Is Not Controlled, It Will Become More Pronounced With The Increase Of Vehicle Speed, Affecting The Driving Stability And Comfort Of The Vehicle. In Severe Cases, It Will Also Exacerbate The Wear Of Components Such As Tires And Suspension Systems, Shortening Their Service Life.

Ensuring Driving Safety: Unbalanced Wheels Can Cause The Vehicle To Deviate During Operation, Affecting The Driver's Control Of The Vehicle And Increasing The Risk Of Traffic Accidents. By Adjusting The Balance Of The Wheels, The Counterweight Helps Ensure That The Vehicle Travels In A Straight Line And Improves Driving Safety.

Installation Position

Inner Edge Of Wheel Rim: This Is The Most Common Installation Position. Adhesive Type Counterweights Are Usually Directly Attached To The Inner Edge Of The Wheel Rim, While Hook Type Counterweights Are Fixed At Specific Positions On The Edge Of The Wheel Rim Through Hooks. This Installation Can Effectively Adjust The Balance Of The Wheels Without Affecting Their Appearance.

Outer Edge Of Wheel Rim: In Some Special Cases, Such As Insufficient Space On The Inner Side Of The Wheel Rim Or The Need To Adjust The Balance, A Counterweight Will Also Be Installed On The Outer Edge Of The Wheel Rim. However, This Installation Method May Affect The Appearance Of The Wheels And Is More Susceptible To External Factors Such As Stone Impacts During Vehicle Operation.

Working Principle

The Working Principle Of Car Counterweight Is Based On Centrifugal Force And Lever Principle. When The Wheel Rotates, Centrifugal Force Is Generated Due To The Uneven Distribution Of Mass In Various Parts Of The Wheel. The Larger Part Of The Vehicle Has A Greater Centrifugal Force, Which Can Cause The Wheels To Generate Unbalanced Forces During Rotation, Leading To Vibration And Deviation. The Counterweight Adds An Appropriate Mass Object At A Suitable Position On The Wheel, Using The Principle Of Leverage To Balance The Centrifugal Force Of Each Part Of The Wheel, Thereby Reducing Vibration And Deviation, And Enabling The Wheel To Rotate Smoothly.