Payment & Shipping Terms:
|Name:||Bending Aluminium Round / Square Tub||Color:||Silver, Gold, Black, White Etc|
|Temper:||T3~TT8||Material:||Aluminium Alloy 6000 / 7000 Series|
|Ed; Polished; Brushed; Sandblasted Outer Diameter:||10-200mm||Processing:||Cutting,drilling,punching,milling Etc|
Bending Aluminium Round / Square Tube , Aluminium Tube For Bending
The aluminum round / square tube process provides exceptional control, added strength, and a superior finish. aluminium drawn tubing increases mechanical properties and further refines structure, enhances formability, and can be produced in thin gauges.
we are supply of aluminium precision drawn tubes. We deliver aluminium drawn Seamless tubes and especially aluminium seamless drawn tubes. Our main customers can be found in the defence industry, aerospace industry, optical industry, electronic industry and automotive industry. High quality bending aluminium round / square tubes from International are also widely used in sports equipment.
Our drawn tubing are coming out of manufacturing plants with an approved Quality System, UNI EN ISO 9001: 2000,
We can performance metallurgical, mechanical and structural tests and also non-destructive tests, eddy current and ultrasonic.
aluminium tube bending in conformity with requirements stated in the customer's specifications and international norms .
Wrought alloys available:
Series 6000: 6005 / 6060 / 6061 / 6063 / 6082
Series 7000:7005 / 7001/ 7075
Aluminum tube specification
|Name||Bending Aluminium Round / Square Tube , Aluminium Tube For Bending|
|Material||Aluminum Alloy 6061,6063 T5 , 7075 or as your requirement|
|Surface||mill finish, sandblasting, anodizing, powder coating (spraying), electrophoresis, anodized polishing, mechanical polishing, brushing, plastic insulation, spraying wood grain, electrophoresis wood grain, PVDF coating, etc.|
|Length||as your drawing|
|Packing||as different products|
|payment term||30% deposit payment + 70% balance payment|
Aluminium round / square tube bending process
aluminium tube bending showed as follows,