Corrosion protection is crucial for the safety, durability and reliability of power grids in overhead line construction. Cteam Netzservice provides a comprehensive range of solutions for effectively protecting your infrastructure against corrosion, from planning to execution.
Certified experts
Our specially trained and certified experts use cutting-edge materials and techniques to maximise the lifespan of your systems. We provide bespoke design concepts for new builds and restorations, tailored to the specific site conditions and legal requirements.
Regular maintenance
We offer detailed analysis of existing structures, development of customised protective measures, and professional implementation. We complement our range of services with regular maintenance and inspections to identify and address potential weak points at an early stage. Thanks to our many years of experience and comprehensive expertise in overhead line construction and corrosion protection, you can rely on us.
Your advantages at a glance
- Extend the service life of your systems by taking innovative protective measures.
- Increased safety and reliability thanks to professional implementation.
- Individual solutions adapted to changing conditions
- Compliance with all statutory norms and regulations.
- Many years of experience and expertise in overhead line construction.
- Regular maintenance and inspection for early error recognition.
Application areas in detail
In overhead line construction, corrosion protection is used in a variety of areas to secure the infrastructure. Here is an insight into our key skills:
Our services in overhead line construction
We provide a comprehensive range of customisable corrosion protection solutions that meet the highest quality standards.
Planning and consulting
Individual concepts for new and existing installations, perfectly tailored to your requirements.
Final layer work
All work is carried out by experienced teams using modern technology, ensuring professional execution.
Maintenance and inspection
Regular inspection and maintenance of your installations to ensure durability.
Frequently asked questions on corrosion protection
1 Why is corrosion protection important?
Corrosion protection extends the service life and safety of overhead line masts.
2 Which materials are used?
We use high-quality coatings and materials specially developed for overhead line construction.
3 How often do they need to be maintained?
The maintenance intervals depend on different factors and are individually specified.
FAQ: Frequently asked questions
What is understood by corrosion protection in overhead line construction?
Corrosion protection involves taking measures to prevent damage to the metal structures of overhead line masts caused by environmental factors.
Why is corrosion protection important for overhead line masts?
Corrosion negatively impact the stability and safety of masts. Corrosion protection measures extend the service life and retain the functionality.
Which methods does Cteam use for corrosion protection.
To provide long-term protection for masts, Cteam uses special coatings, cathodic corrosion protection and hot-dip galvanised components, among other things.
How often should corrosion protection measures be carried out?
Although the frequency depends on site conditions and the type of material used, regular inspections and maintenance are essential.
What role does the choice of location play in corrosion protection?
The location has a significant effect on the corrosion level. Factors such as humidity, the salt content of the air, and industrial emissions all play a role.
Can corrosion protection also be applied afterwards?
Yes, there are restoration methods available to protect existing masts subsequently.
How does Cteam contribute towards sustainability in overhead line construction?
Cteam relies on durable materials and environmentally friendly processes to conserve resources and minimise its environmental impact.
Which norms and guidelines apply to corrosion protection?
Cteam complies with national and international standards, such as DIN EN ISO 1461 for hot-dip galvanisation and DIN EN ISO 12944 for coating systems.
