6061 Aluminium est versatile et late solebat muro, notum est optimum compositum roboris, corrosio resistentia, et weldility.
Late agnita et usus per Engineers, machinists, Fabricators, et Welders in varietate applications.
6061 aluminium, una cum suis counterpart 6063, Est ire, ad arbitrium ad structuram aluminium. Hoc invenit Applications in diverse agris, Comprehendo aerospace components, Marine caerimonias, et gravibus-officium constructione apparatu.
Comparari 6063, 6061 Singit significantly altius tensile et cedere vires, Faciens autem maluit optio ad postulans structural.
Etsi non fortissimum Aluminium Alloy Available, 6061 stat ex pro sua libratum proprietatibus.
Et combination of excellens corrosio resistentia, bona machinability, et infigo tensile vires ensures lateque usum per industries.
Insuper, 6061 Aluminium valde aptabile, facile ad processum, et donantes in fabricatione.
Potest Conscidisti, SPECULATIO, Et informibus cum relative otium, Eripiens consistent, et exhibet results etiam in Complexu vestibulum processus.
Communi ingenium grades 6061 Aluminium & Materia proprietatibus
6061 Aluminium est versatile et late solebat muro, notum est optimum compositum roboris, corrosio resistentia, et weldility.
Est available in pluribus ingenium grades, Quisque disposito in occursum propria mechanica proprietas requisitis. Hic 'a comprehensive overview:
Summary Table of Material Properties
| Res | 6061-O | 6061-T4 | 6061-T5 | 6061-T6 | 6061-T651 |
|---|---|---|---|---|---|
| Densitas (G / CM³) | 2.70 | 2.70 | 2.70 | 2.70 | 2.70 |
| Tensile viribus (MPA) | 120-150 | 240-290 | 240-270 | 276-310 | 276-310 |
| CEDITAS (MPA) | 55-70 | 130-180 | 160-210 | 230-270 | 230-270 |
| Modulum elasticitatis (Gpa) | 68.3 | 68.3 | 68.3 | 68.3 | 68.3 |
| Brinell duritia (500g, 10mm pila) | 35-45 | 70-90 | 70-90 | 95-125 | 95-125 |
| Elongatio ad confractus (%) | 25-35 | 12-15 | 10-12 | 8-10 | 8-10 |
| Tondendas modulum (Gpa) | 26.0 | 26.0 | 26.0 | 26.0 | 26.0 |
| Shear Fortitudo (MPA) | 70-90 | 140-160 | 140-160 | 160-200 | 160-200 |
| Lassitudine vires (MPA) | 70-90 | 140-160 | 140-160 | 160-200 | 160-200 |
| Thermal expansion coefficient (μm / m ° c) | 23.6 | 23.6 | 23.6 | 23.6 | 23.6 |
| Solidous temperatus (N ° C) | 577 | 577 | 577 | 577 | 577 |
| Liquidus Temperature (N ° C) | 635 | 635 | 635 | 635 | 635 |
| Annealing temperatus (N ° C) | 343-454 | 343-454 | 343-454 | 343-454 | 343-454 |
| Solutio curatio temperatus (N ° C) | Non competit | 445-465 | 445-465 | 445-465 | 445-465 |
| Scelerisque conductivity (W / m K) | 151 | 151 | 151 | 151 | 151 |
| Imprimis calor capacitatem (J / kg · k) | 896 | 896 | 896 | 896 | 896 |
1. 6061-O (Annaeus)
- Densitas (G / CM³): 2.70
- Tensile viribus (MPA): 120-150
- CEDITAS (MPA): 55-70
- Modulum elasticitatis (Gpa): 68.3
- Brinell duritia (500g, 10mm pila): 35-45
- Elongatio ad confractus (%): 25-35
- Tondendas modulum (Gpa): 26.0
- Shear Fortitudo (MPA): 70-90
- Lassitudine vires (MPA): 70-90
- Thermal expansion coefficient (μm / m ° c): 23.6
- Solidous temperatus (N ° C): 577
- Liquidus Temperature (N ° C): 635
- Annealing temperatus (N ° C): 343-454
- Solutio curatio temperatus (N ° C): Non competit
- Scelerisque conductivity (W / m K): 151
- Imprimis calor capacitatem (J / kg · k): 896
Applications: 6061-O est saepe in altum-drawing res et alia formatam processus, ubi maximam formability et humilis vires non requiratur.
Eius princeps elongationem facit idealis pro applications quod requirere significant deformatio sine fractione.
2. 6061-T4 (SOLUTIO calor, tractata et naturaliter senex)
- Densitas (G / CM³): 2.70
- Tensile viribus (MPA): 240-290
- CEDITAS (MPA): 130-180
- Modulum elasticitatis (Gpa): 68.3
- Brinell duritia (500g, 10mm pila): 70-90
- Elongatio ad confractus (%): 12-15
- Tondendas modulum (Gpa): 26.0
- Shear Fortitudo (MPA): 140-160
- Lassitudine vires (MPA): 140-160
- Thermal expansion coefficient (μm / m ° c): 23.6
- Solidous temperatus (N ° C): 577
- Liquidus Temperature (N ° C): 635
- Annealing temperatus (N ° C): 343-454
- Solutio curatio temperatus (N ° C): 445-465
- Scelerisque conductivity (W / m K): 151
- Imprimis calor capacitatem (J / kg · k): 896
Applications: 6061-T4 communiter in applications ubi modica vires et bonum formability non requiratur.
Est saepe in extrusions, Tubing, et generalis structural components. Naturalis senescit processus adjuvat consequi a libratum paro of mechanica proprietatibus.
3. 6061-T5 (Solutio calidum, tractata et refrigeratum ad stabiliendum microstructure)
- Densitas (G / CM³): 2.70
- Tensile viribus (MPA): 240-270
- CEDITAS (MPA): 160-210
- Modulum elasticitatis (Gpa): 68.3
- Brinell duritia (500g, 10mm pila): 70-90
- Elongatio ad confractus (%): 10-12
- Tondendas modulum (Gpa): 26.0
- Shear Fortitudo (MPA): 140-160
- Lassitudine vires (MPA): 140-160
- Thermal expansion coefficient (μm / m ° c): 23.6
- Solidous temperatus (N ° C): 577
- Liquidus Temperature (N ° C): 635
- Annealing temperatus (N ° C): 343-454
- Solutio curatio temperatus (N ° C): 445-465
- Scelerisque conductivity (W / m K): 151
- Imprimis calor capacitatem (J / kg · k): 896
Applications: 6061-T5 est minus commune sed utilis in applications in statera roboris et formability opus est, et naturalis senescit non desideravit.
Saepe usus est in extrudi sectiones et structural components.
4. 6061-T6 (SOLUTIO calor, tractata et artificialis aetatis)
- Densitas (G / CM³): 2.70
- Tensile viribus (MPA): 276-310
- CEDITAS (MPA): 230-270
- Modulum elasticitatis (Gpa): 68.3
- Brinell duritia (500g, 10mm pila): 95-125
- Elongatio ad confractus (%): 8-10
- Tondendas modulum (Gpa): 26.0
- Shear Fortitudo (MPA): 160-200
- Lassitudine vires (MPA): 160-200
- Thermal expansion coefficient (μm / m ° c): 23.6
- Solidous temperatus (N ° C): 577
- Liquidus Temperature (N ° C): 635
- Annealing temperatus (N ° C): 343-454
- Solutio curatio temperatus (N ° C): 445-465
- Scelerisque conductivity (W / m K): 151
- Imprimis calor capacitatem (J / kg · k): 896
Applications: 6061-T6 est maxime commune ingenium gradu pro 6061 aluminium.
Hoc praebet bonum statera roboris et formability, Facere idoneam amplis applications, possidet vehentem tabulae, aircraft partes, et architecturae structurae.
Et artificialis senescit processus enhance suum mechanica proprietatibus.
5. 6061-T651 (Solutio calidum, tractata, Accentus, releuved, et artificialis senem)
- Densitas (G / CM³): 2.70
- Tensile viribus (MPA): 276-310
- CEDITAS (MPA): 230-270
- Modulum elasticitatis (Gpa): 68.3
- Brinell duritia (500g, 10mm pila): 95-125
- Elongatio ad confractus (%): 8-10
- Tondendas modulum (Gpa): 26.0
- Shear Fortitudo (MPA): 160-200
- Lassitudine vires (MPA): 160-200
- Thermal expansion coefficient (μm / m ° c): 23.6
- Solidous temperatus (N ° C): 577
- Liquidus Temperature (N ° C): 635
- Annealing temperatus (N ° C): 343-454
- Solutio curatio temperatus (N ° C): 445-465
- Scelerisque conductivity (W / m K): 151
- Imprimis calor capacitatem (J / kg · k): 896
Applications: 6061-T651 est similis (VI) LXI, T6 sed includit an additional accentus-levare processus.
Hoc processus reduces internum passiones et improves machinability, Faciens idealis pro praecisione machining applications, ut aircraft components et summus tolerantia partes.
Conclusio
6061 aluminium est valde versatile materia, Cum singulis ingenium gradu offering unique proprietatibus ad sectam specifica applications.
Maxime communiter usus temperatus est (VI) LXI, T6, quae praebet bonum statera roboris et formability.
Tamen, Alia THEMPS sicut (VI) LXI, T4, 6061-T5, Et (VI) LXI-T651 offer diversis commoda secundum formitatem, Machinabilitas, et sumptus-efficaciam.
Intelligentes haec proprietatibus potest auxilium in eligendo conveniens ingenium gradu pro propria necessitates.
Si vos have ultra specifica quaestiones vel necessitates, sentire liberum ad Contact Us!
References:https://www.alufoil.cn/blog/6061-t6-aluminum-introduction.html
