Stainless steel is characterised by a particularly high degree of purity and is extremely popular in architecture. But stainless steel is a special material not only visually. Because it is also highly resistant to corrosion and wide temperature ranges, requires little maintenance and has a long service life, it is predestined for use in innumerable applications – including shipbuilding and aircraft construction.
Our stainless steel profiles are manufactured using the hot extrusion technology. A heated steel billet is pressed through a shaping die to form a profile strand. This process offers enormous advantages. On the one hand, the material can be shaped to meet all design and optical requirements. On the other hand, cost-effective production of even small batches of custom profiles is also possible.
In addition to stainless steel profiles, IsoProfil also offer pipe profiles and sheets of stainless steel. The profiles are available with standard designs and as custom solutions adapted to individual requirements.
Our stainless steel profiles are used in the most diverse areas. When in the standard design or as a custom-made solution tailored precisely to your needs – you can be sure that the end product will completely satisfy all your expectations and demands. Our stainless steel profiles are used for decorative purposes as:
Car exhaust pipes
Barbecue constructions
Cloakroom rails & handrails
Spacers for insulated glazings
On request, we can also give aluminium a stainless steel look. Thanks to special surface treatments and various polishing techniques, the fairly matt surface can be given the attractive stainless steel gloss. The advantage of this is that the material is lighter than real stainless steel.
We can process the surface of stainless steel profiles (just like the profiles of other materials) in a variety of ways. We paint them, for example using spray processes, or powder-coat them in a wide range of colours. In addition, we can supply your stainless steel profiles with an anodised or galvanised finish.
Learn more about the manufacturing processes we use