Extrusion
The extrusion process at a glance
Whether multi-chamber hollow profiles, profiles with a small wall thickness or tolerances far below DIN standard: We love to face even the most difficult challenge.
- Full- and multi-chamber hollow profiles, pipes, round and polygonal rods
- Thin-walled profiles with small tolerances
- Complicated multi-chamber hollow profiles
- Form and positional tolerances up to a factor of 10 smaller than the relevant standards (DIN EN 755-9 and 12020-2)
- Meter weights usually between 100g and 25kg, profile lengths up to 14m
- Circumscribed circle up to Ø 240mm (depending on the geometry of the profile)
- Fulfilment of the highest demands on the surface
- Widerange of alloys and large metallurgical know-how
- Many years of experience in the manufacture of safety-relevant components, amongst others, for the automotive industry
- verified and recognized material manufacturer according to AD 2000 Merkblatt W0 (download of certificate)
Our expertise does not end at the manufacturing of difficult geometries. The range of alloys that we use is above average in size and offers solutions for many applications.
The following alloys are constantly available from stock, also ultrasonically tested on request: 3103, 3003, 3103, 5049, 6060, 6063, 6005A, 6082, 7003, 7020
housing profile
frame profile
linear profile
We offer housing profiles for electrical engineering with highly precise tolerances to minimize processing. Additionally, we provide highly decorative profiles for medical technology, where surface quality meets design. Furthermore, we are the market leader in linear technology with the highest demands on tolerances, straightness, and torsion.
Your contact person:
Christoph Klee
Hello, I am your first contact for questions, concerns and inspiring discussions on the subject of extrusion.
You can reach me by telephone on +49 17660023692 or alternatively by e-mail at cklee@weseralu.de. You are also welcome to contact me using the form on the right.
I look forward to hearing from you.
Yours, Christoph Klee