Aluminum Alloy

 

The Most Prominent Advantage Of Cast Aluminum Alloy In Terms Of Technology Is The High Degree Of Freedom In Forming. Its Molten State Has Good Fluidity And Can Completely Replicate The Fine Structure Of Complex Molds (Such As Thin Walls And Hollowing). It Is Particularly Suitable For High-Efficiency Processes Such As Die Casting And Metal Mold Casting. However, There Are Also Some Points To Note During The Casting Process: On The One Hand, The Solidification Shrinkage Rate Of Aluminum Alloy Is Relatively High (About 4-6%), Which Is Easy To Cause Shrinkage And Thermal Cracks, And Needs To Be Compensated By Gradient Cooling Or Riser Design; On The Other Hand, Aluminum Liquid Is Easy To Absorb Hydrogen Peroxide, And Needs To Be Combined With Inert Gas Refining Or Rotary Degassing Equipment, Otherwise Bubbles Or Inclusions Are Likely To Remain Inside The Casting, Affecting The Mechanical Properties.

 

Lead Time: < 15 Days
Tolerances: ±0.015mm
Max Part Size: Please Contact Us.
Available Aluminum Alloy at Dazao: Aluminum Alloy A360, A380, A390, A413, ADC-1, ADC-12 etc.

Aluminum Alloy

A360

A360 Aluminum Alloy Is Widely Used In Die Casting And Sand Casting Due To Its Excellent Fluidity And Corrosion Resistance, And Is Particularly Suitable For Producing Thin-Walled Or Complex-Structured Parts. This Material Performs Well In Scenes With High Requirements For Airtightness, Such As Automobile Housings And Electronic Equipment Brackets, And Has Excellent Surface Finish And Dimensional Stability After Casting.

Aluminum Alloy A360 Properties

Aluminum Alloy

A380

A380 Aluminum Alloy Is Widely Used In Die Castings Such As Automobile Engine Brackets Due To Its Good Fluidity And Outstanding High Temperature Resistance. It Is Especially Suitable For Manufacturing Thin-Walled And Complex Parts. This Material Takes Into Account Both Production Efficiency And Economy, And Is Widely Used In Large-Scale Casting Of Precision Parts Such As Radiator Housings Due To Its Good Mechanical Properties And Anti-Rust Ability.

Aluminum Alloy A380 Properties

Aluminum Alloy

A390

A390 Aluminum Alloy Is Widely Used In High-Pressure Die Casting And Sand Casting, And Is Particularly Suitable For Manufacturing Engine Cylinders And Piston Parts That Require High Wear Resistance And High Temperature Resistance. Its High Silicon Content Requires Optimization Of Mold Temperature And Pouring Speed During Casting To Reduce The Tendency Of Thermal Cracking And Improve Surface Molding Quality.

Aluminum Alloy A390 Properties

Aluminum Alloy

A413

A413 Aluminum Alloy Is Particularly Suitable For The Production Of Complex Thin-Walled Parts, Such As Automobile Engine Blocks And Precision Instrument Housings, Due To Its Excellent Fluidity And Low Thermal Cracking Tendency. The Alloy Has Low Shrinkage During Solidification And Good Air Tightness, And Is Often Used To Manufacture Hydraulic System Components With High Pressure Resistance Requirements And Lightweight Aerospace Castings.

Aluminum Alloy A413 Properties

Aluminum Alloy

ADC-1

Aluminum Alloy ADC-1 Is Often Used In Die Casting Process Due To Its Excellent Fluidity And Thermal Crack Resistance. It Is Suitable For Manufacturing Complex-Shaped And Thin-Walled Structural Parts, Such As Automotive Parts Or Electronic Housings. This Material Has Stable Performance In Solidification Shrinkage Control And Surface Accuracy, And Is Suitable For Mass Production Of High-Precision Molds.

Aluminum Alloy ADC-1 Properties

Aluminum Alloy

ADC-12

ADC-12 Aluminum Alloy Is Widely Used In Die Casting Due To Its Excellent Fluidity And Low Shrinkage Properties, Especially For Efficient Molding Of Thin-Walled Complex Parts Such As Automotive Parts And Electronic Housings. Its Finished Castings Have Good Surface Finish And Dimensional Stability, While Taking Into Account Both Cost And Production Efficiency, And Are One Of The Mainstream Materials In The Mass Casting Industry.

Aluminum Alloy ADC-12 Properties