Different MaterialsAutomobile Balance BlockIntroduction To Characteristics
Lead:
Lead Balance Blocks Have The Characteristic Of High Density. With The Same Volume, They Have A Larger Mass And Can Effectively Adjust The Balance Of Objects, Making Them Suitable For Situations Where High Balance Accuracy Is Required.
Strong Corrosion Resistance, Not Easy To Rust, And Able To Maintain Stable Performance Under Various Environmental Conditions. However, Lead Is A Heavy Metal That Poses Certain Hazards To The Environment And Human Health. Special Attention Should Be Paid To Environmental Protection And Safety Issues During Its Use And Disposal.
Iron:
Relatively Low-cost And Widely Sourced, It Is A Common Material For Balance Blocks.
High Strength, Able To Withstand Certain External Impacts, And Not Easily Deformed. But The Density Of Iron Is Smaller Than That Of Lead, So The Volume Of Iron May Be Larger For A Balance Block Of The Same Mass. In Addition, Iron Is Prone To Rusting And Requires Rust Prevention Treatments Such As Painting, Galvanizing, Etc. To Extend Its Service Life.
Kirsite:
It Has Good Casting Performance And Can Be Made Into Various Complex Shapes To Meet Different Installation Requirements.
Lightweight, Easy To Install And Disassemble. Meanwhile, Zinc Alloy Has Good Corrosion Resistance And Its Surface Is Usually Passivated To Further Enhance Its Rust Prevention Ability. However, The Density Of Zinc Alloy Is Relatively Small, And For Some Situations That Require Larger Weights, Larger Balance Blocks May Be Needed.
Aluminium Alloy:
Low Density And Lightweight, Widely Used In Equipment Or Components With Strict Weight Requirements, Such As Aerospace, High-end Automotive Parts, And Other Fields. The Use Of Aluminum Alloy Balance Blocks Can Reduce Overall Weight, Improve Equipment Performance And Efficiency While Ensuring Balance Effectiveness.
Good Corrosion Resistance, Easy To Form A Dense Oxide Film On The Surface, Which Can Effectively Prevent Corrosion. Moreover, Aluminum Alloy Has High Strength And Hardness, Which Can Meet The Requirements Of Most Occasions. But Its Relatively High Cost Limits Its Application In Some Cost Sensitive Fields.
