Aluminum milling and turning parts
Aluminum is a material that is very often used for milling and turning. Aluminum is characterized by a low specific weight (about one third of steel), high thermal conductivity and very good corrosion resistance. turning and milling parts made of aluminum are used in particular in mechanical and plant engineering.
We have nine different aluminum alloys available for CNC machining (milling and turning). Our overview will help you select the ideal material for your turned and milled parts.
Surface treatments for aluminum turning and milling parts
The surface of aluminum parts can be anodized after milling or turning. We offer anodizing as a standard after-treatment in natural, black, red and blue, as well as many other colors on request. In addition, further processes are available to you Surface and heat treatment to choose from.
This is how easy it is to order aluminum parts from Spanflug:
Upload CAD model, select suitable material and post-treatment, call up instant quote and order online.
Our aluminum alloys
Please choose the alloy with the optimum fit to your requirements.
EN AW-2007
AlCuMgPb
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 270 - 330 N/mm²
Hardness: 95 HB
EN AW-2007 is a popular aluminum alloy with very good machining properties and good strength. This alloy is mainly available in round bars. EN-AW-2007 is not RoHS compliant.
✔ weatherproof
✔ corrosion resistant
EN AW-2017
AlCuMg1
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 300 - 390 N/mm²
Hardness: 105 HB
EN AW-2017 is an aluminum alloy with good mechanical properties and good machinability. This alloy is mainly available in the form of plates.
✔ weatherproof
✔ corrosion resistant
EN AW-5083
AlMg4.5Mn0.7
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 270 - 350 N/mm²
Hardness: 70 HB
EN AW-5083 is particularly resistant to corrosion and is used especially in mechanical and plant engineering. We recommend this alloy for large, plate-shaped milling parts.
✔weldable ✔ anodizable ✔natural hard ✔weatherproof ✔corrosion resistant ✔chemical resistant
EN AW-5754
AlMg3
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 180 - 250 N/mm²
Hardness: 47 HB
EN AW-5754 has a high corrosion resistance to saline water as well as climatic influences and is often used in shipbuilding and plant engineering.
✔weldable✔ anodizable, ✔weatherproof✔ natural hard
✔ corrosion resistant
EN AW-6060
AlMgSi
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 190 - 215 N/mm²
Hardness: 75 HB
The material EN AW-6060 is a precipitation hardening aluminum alloy with medium strength values. It has good corrosion resistance, e.g. in seawater and to weathering.
✔ anodizable, ✔weatherproof
✔ corrosion resistant
EN AW-6082
AlMgSi1
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 205 - 310 N/mm²
Hardness: 95 HB
EN AW-6082 is one of the most commonly used aluminum alloys with medium to high strength and low susceptibility to stress corrosion cracking.
✔ weldable ✔ anodizable
✔ corrosion resistant
EN AW-7019
AlZn4Mg2Mn
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 390 - 420 N/mm²
Hardness: 125 - 130 HB
EN AW-7019 closes the gap between medium-strength and high-strength aluminum materials. We recommend this alloy for large, plate-shaped milling parts.
✔ very high strength
✔
corrosion resistant
EN AW-7021
AlZn5.5Mg1.5
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 350 - 390 N/mm²
Hardness: 110 - 120 HB
EN AW-7021 closes the gap between the medium- and high-strength aluminum materials. We recommend this alloy for large, plate-shaped milling parts.
✔ very high strength
✔
corrosion resistant
EN AW-7075
AlZn5.5MgCu
Material costs: €€€€€
Manufacturing costs: €€€€€
Tensile strength: 440 - 540 N/mm²
Hardness: 150 HB
EN AW-7075 is one of the high-strength, hardenable aluminum alloys and has very good mechanical properties and high wear resistance.
✔ very high strength
✔
corrosion resistant
Note: The data given are guide values and may vary depending on the machining process and part. The data cannot be transferred to finished parts without further ado. The suitability of the materials for a specific part must be checked by the customer.
