steel pipes
tubular steel reinforcements
Individual tubular steel reinforcements
Individual solutions. Resource-saving. Inexpensive.
Greater torsional rigidity, more cost-effective purchase of materials due to lower wall thickness with the same quality - a piece of cake for you from now on.
We manufacture the hole patterns in the reinforcement steel according to your specifications. This saves you material and at the same time you get better quality.
In three steps to your dream steel tube
1. You submit your request with a sample drawing, simply by e-mail, fax, post - as you wish.
2. We create an individual offer for you.
3. After placing the order, we produce a technical drawing.
After confirmation we get started: Your individual steel tube will be processed and sent to you!
You don't need words for good ideas. Look for yourself:
The individual tubular steel reinforcements from PHI are more individual, cheaper
and torsion-resistant
than conventional products.
We program and mill your individual product according to your ideas. The recesses, which are perfectly tailored to your needs, significantly increase the torsional and bending stiffness compared to standard perforations.
Costs go down; the quality remains.
Since only the customer-specific recesses are milled, the same quality is maintained even when using a lower wall thickness. The dimensional stability of the tubular steel reinforcement remains. The costs are reduced and the environmental impact is lower thanks to the resource-saving use of the materials.
We program and mill your individual product according to your ideas. The recesses, which are perfectly tailored to your needs, significantly increase the torsional and bending stiffness compared to standard perforations.
Costs go down; the quality remains.
Since only the customer-specific recesses are milled, the same quality is maintained even when using a lower wall thickness. The dimensional stability of the tubular steel reinforcement remains. The costs are reduced and the environmental impact is lower thanks to the resource-saving use of the materials.
