Nos nuper fecit a batch deCNC machined partibuscum nigrum anodizing superficiebus.Superficiem curatiopotest solvere defectuum multorum partes materiae. Hoc habet sequentibus munera.
Superficiem Anodizing habet sequenti munera:
Unum est ut amplio corrosio resistentia. Anodizing erit formare iacuit de cadmiae film super superficiem metallum, ut induens iacuit "tutela indumentis" ad metallum, ut aluminium micolae et fenestras, ut possit efficaciter resistere rorum et aer et extend ad officium vitae.
Secundum est augendae gerunt resistentia. Hoc iacuit de boxi film duritia est altior, potest facere metallum superficiem in contactu cum aliis obiecti friction magis gerunt, repugnant, sicut quaedam mechanica partibus post anodizing potest reducere.
Tertio, amplio specie. Anodizing potest facere metallum superficiem producere diversis coloribus et sunt quaedam exornantur applications, ut in metallum testa electronic products, potest facere specie magis attractive.
Anodizing applicabiles metalla:
Superficiem Anodizing est maxime applicantur ad Aluminium et Aluminium Alloys, Magnesium Alloys et Titanium Alloys.
Aluminium et Aluminium Alloys sunt maxime communiter solebant materiae. Because aluminum itself is chemically active and easily oxidized in the air, dense aluminum oxide film can be generated through anodizing, which can significantly improve the corrosion resistance, hardness and wear resistance of aluminum, and can be easily stained with various colors for decoration.
Magnesium alloy is also suitable, it is light in weight, but poor corrosion resistance, the film formed by anodic oxidation can effectively protect it, and improve the surface hardness, and it is widely used in aerospace, automotive and other fields.
Anodic oxidatio de Titanium Alloy can amplio gerunt resistentia et corrosio resistentia superficiei et per imperium processus, varietate colores potest formari super superficiem in film, quod habet applications in medicinae implantatorum, et in.
Post tempus: Nov, 07-2024