Transmission towers support overhead power lines. If you've never seen it, imagine a tall structure made primarily of steel. These large structures transmit electricity over long distances. They accomplish this by supporting high-voltage transmission lines, which typically feed into substations, ensuring that consumers receive the appropriate amount of power. However, a variety of issues frequently affect these towers in context, the most common of which is rust on electrical towers. Continue reading to learn more about the problem and how to solve it.
Why is rusting a common problem in transmission towers?
Transmission towers, often made of steel, are exposed to high moisture levels and corrosion, which can lead to their failure within a decade. To avoid this, companies use galvanized steel with a protective zinc coating. However, this method can rust over time, causing the problem to worsen.
The corrosion can occur in several phases, starting with coffee-like rust that affects the tower's cosmetics, then abrasive rust that affects horizontal flat areas, bolts, and edges. The rust can cause flakes to fall off the surface, and the rust continues to eat away at the tower. The final phase, when the problem enters its fourth phase, results in the structure collapsing. Therefore, it is crucial to prevent this costly and time-consuming issue from occurring.
How to Keep Transmission Towers Safe from Rusting?
If you want to protect your company's transmission towers, paint or coat them by using RTV Silicone Coating Service. That frequently works because this high-quality coating keeps moisture from reaching metallic surfaces. And, because the air contains moisture, using paint to reduce its potential impact on your structures is critical. Transmission towers must withstand rainy weather with high humidity levels. In short, you can keep premature corrosion from harming your transmission towers by painting over any metal surfaces they have.
How about employing professionals to paint transmission towers?
Hiring an expert Painting or coating services is vital for preventing corrosion in transmission towers. However, unless you are an expert, you should not attempt to complete this project on your own. Hire certified painters because they have the necessary experience to select the best paints and prepare surfaces properly.
Surface preparation is critical in transmission tower painting jobs because the paint will not adhere properly unless the structure is clean and solid. In addition, scaling a transmission tower is a risky task best left to qualified individuals to prevent catastrophic injuries. For help with transmission tower painting, contact a professional in your area.
Conclusion
Transmission towers, crucial for power transmission over long distances, are susceptible to rust due to exposure to oxygen and moisture. If not controlled, they may collapse or require costly repairs. Techniques like galvanized steel or premium coatings can help reduce rusting. This is not the only problem you may encounter with your electrical towers; other issues, such as wildlife incidents, can be resolved by using Wildlife Outage Protection Products. Finally, proper surface preparation and safety are critical to the durability and dependability of infrastructure elements such as electrical towers.
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