Knowledge

一, Material selection: Control deformation risk from the source 1. Alloy grade and state optimization The flatness of aluminum is closely related t...

1, Process principle: The essential difference between plastic flow and elastic deformation The essence of extrusion molding is the plastic flow of...

一, The core advantage of aluminum processing parts: adapting to the physical basis of multiple materials 1. Balance between lightweight and high-st...

一, Material selection: Control corrosion risk from the source 1. Optimization of alloy composition The corrosion resistance of aluminum alloy is cl...

1, Lightweight and High Strength: Breaking the Physical Limits of Building Height and Form The density of aluminum is only 2.7g/cm ³, which is...

一, Material properties: balance between lightweight, high strength, and ductility toughness The core advantage of aluminum alloy is that its specif...

一, Material Characteristics: Dual Breakthrough of Lightweight and High Strength The density of aluminum alloy profiles is only one-third of that of...

一, Large span spatial structures: a perfect combination of lightweight and high-strength 1. Shell shell and grid structure The application of alumi...

一, Mechanical properties and strength characteristics of aluminum alloys 1. Significant strength advantage The density of aluminum alloy is about o...

1, The natural corrosion-resistant barrier of aluminum: the "armor effect" of alumina film The corrosion resistance of aluminum comes fro...

1, Lightweight and High Strength: Breaking through the Mechanical Limits of High rise Buildings The density of aluminum profiles is only one-third ...

一, The natural energy-saving properties of aluminum: the dual advantages of lightweight and long lifespan The density of aluminum is only one-third...