Automobile Balance BlockClassified By Material

Lead BasedCarBalance Block:

It Has The Characteristics Of High Density, Stable Weight, And Easy Processing And Shaping. Lead Has A High Density, And A Lead Balance Block Of The Same Volume Can Provide Greater Weight, Allowing For Balance Adjustment Of The Wheels In A Smaller Space. In Addition, Lead Balance Blocks Have Good Corrosion Resistance And Can Maintain Stable Performance Under Various Harsh Environmental Conditions. However, Lead Is A Toxic Metal That May Pose Certain Hazards To The Environment And Human Health During Production, Use, And Disposal.

IronCarBalance Block:

Relatively Low Cost, High Strength, And Not Easily Deformed. Iron Balance Blocks Are Usually Subjected To Surface Treatment Processes Such As Galvanizing Or Spraying To Improve Their Corrosion Resistance. Although Iron Has A Lower Density Than Lead, Through Reasonable Design And Manufacturing, It Can Meet The Weight Requirements Of Different Vehicles For Balance Weights. However, The Weight Of The Iron Balance Block Is Relatively Large, Which May Have A Certain Impact On The Suspension System And Fuel Economy Of The Vehicle.

Other MaterialsCarBalance Block:

With The Continuous Improvement Of Environmental Protection Requirements And The Development Of Material Technology, Some New Types Of Material Balance Blocks Have Gradually Emerged, Such As Aluminum Alloy Balance Blocks, Plastic Balance Blocks, Etc. Aluminum Alloy Balance Blocks Have The Advantages Of Light Weight, High Strength, And Corrosion Resistance. They Can Effectively Reduce The Weight Of Wheels, Improve Vehicle Handling And Fuel Economy Without Affecting Vehicle Performance. Plastic Balance Blocks Have The Characteristics Of Low Cost And Good Environmental Performance, But Their Weight Accuracy And Stability May Be Relatively Poor, And They Are Generally Suitable For Vehicles That Do Not Have Particularly Strict Balance Requirements.