1.Has very high carrying capacity: Because the high strength transmission tower use of high strength steel or composite materials, it can carry more weight and support longer spans and higher voltage levels.

2.2.Very durable and corrosion resistant: By using galvanized steel or composite materials, high strength transmission tower can resist harsh environment conditions, such as salt spray, humidity and chemical corrosion. This reduces maintenance costs and replacement frequency, and extends the tower’s life.

3.Has strong wind and earthquake resistance: The high strength transmission tower has very thoughtful design, by optimizing designs and using advanced structural analysis software, it owns very strong wind and earthquake resistant capability.

4.Very economical: Because the high strength transmission tower has very low maintenance price and have a long life, it have significant long term economic

benefits.

What are High strength transmission tower made of?

High strength transmission towers are usually composed of the following materials:

1.High strength steel: The high strength transmission tower mainly uses high-strength steel, These steels have high strength and high elongation.

2.Stainless steel: Stainless steel has excellent corrosion resistance, it can resists corrosion and oxidation in harsh environmental conditions.

3.Aluminum alloy: The high strength transmission tower extensively uses Aluminum alloys, it have lots of benefits , such as lightweight、high strength and have good electrical conductivity, it can reduce the weight of the tower while maintaining sufficient strength.

4.Composite materials: The cross arm of transmission tower extensively uses composite materials, it provides better stiffness and energy absorption capabilities.

What’s the difference between High strength transmission tower and ordinary transmission tower?

High strength transmission towers differ from ordinary transmission towers in several aspects:

1.Material Strength:High strength transmission towers typically use high-strength steel, such as Q345B, Q420B, etc., which have higher yield strength and elongation rates, capable of withstanding greater mechanical pressure and weight.Ordinary transmission towers may use standard strength steel, which has relatively lower load-bearing capacity.

2.Corrosion Resistance:High strength transmission towers may adopt additional anti-corrosion measures, such as hot-dip galvanizing, to enhance their durability under harsh environmental conditions.

Ordinary transmission towers may not have such additional anti-corrosion treatments, or they may use simpler anti-corrosion measures.

3.Design and Stability:The design of high strength transmission towers considers higher stability and wind resistance, often employing more complex structural designs and stricter engineering standards.

The design of ordinary transmission towers may be simpler, suitable for lower voltage levels and lighter loads.

4.Maintenance and Lifespan:Due to the advantages of their materials and design, high strength transmission towers typically have a longer service life and lower maintenance costs.

Ordinary transmission towers may require more frequent maintenance and earlier replacement.

5.Environmental Adaptability:High strength transmission towers can better adapt to harsh environmental conditions, such as coastal areas or chemically polluted regions.

Ordinary transmission towers may be more susceptible to corrosion and damage under these conditions.

6.Installation and Construction:The installation of high strength transmission towers may require more professional teams and more complex construction processes.

The installation of ordinary transmission towers is relatively simple, and the construction process is also more straightforward.

These differences make high strength transmission towers have higher performance and reliability in the power transmission system, especially when facing harsh environments and high load requirements.

Get A Quote Now

Product Key attributes

Get A Quote Now

ABOUT US

Mao Tong is a leading China Galvanized transmission tower manufacturers, suppliers and exporter. professional China high strength transmission tower manufacturers, and we are source factory. Galvanized transmission tower is used to support high voltage transmission lines, They are used in power networks to carry high voltage transmission lines. It have many advantages, such as safe and strong and can withstand natural disasters. Cover an area of an area small, save land resource, convenient location the towers are light weight, convenient transportation and installation, short construction time limit for a project cost is low.

Why Choose Us

1. We are the source strength manufacturer. We have over 15 years of manufacturing experience in the industry.

2. We are an independent factory with strong production capacity and a wide range of products.

3. We have mature technicians and can process customized products according to customers' requirements.

4. We have quality assurance. And the quality of our products is highly praised by customers from all over the world. The quality is assured and satisfied by our customers.

5. We strictly control all the details of the production process and serve you wholeheartedly.

6. We have 24 hours online service and high quality after-sales service to meet your needs in time.

FAQ:                                        

1.Q: What tower is used in transmission line?

A: Transmission lines carry electrical energy from one point to another in the electrical system. They can carry alternating current or direct current, or a combination of both.

2.Q: How high is a high strength transmission tower ?

A: Double circuit towers are typically between 150 and 200 feet tall, the single circuit towers are typically between 80 and 200 feet tall.

3.Q: How do high strength transmission tower ?

A: First the electricity will be raised to high voltage, then it will be transport by many transmission tower, The voltage drops to a low voltage when it reaches its destination, eventually reaches homes and businesses.

4.Q: What is the minimum distance between transmission towers?

A:Towers are usually between 900 feet to 1500 feet apart.

high strength transmission towers