Power tower is an indispensable part of power system, its classification and characteristics have an important impact on the safe and stable operation of power system. In the planning and design of the power system, the appropriate type and structure of the power tower should be selected according to the actual situation to ensure the safety and reliability of the transmission line.
| No | Item | Data |
| 1 | Height | From 10M-100M or according to client's requirement |
| 2 | Suit for | Electric Power Transmission and Distribution |
| 3 | Shape | Polygonal or Conical |
| 4 | Material | Normally Q235B/355B/420B/420C...Yeild Strength≥235MPa |
| 5 | Q355B,Yeild Strength≥345MPa | |
| 6 | As well as Hot Rolled coil from ASTM572,GR65,GR50,SS400 | |
| 7 | Power Capacity | 10kV to 1000kV |
| 8 | Tolerance of the dimension | According to client's requirement |
| 9 | Surface treatment | Hot-dip-any other standard by client's requirement |
| 10 | Joint of Poles | Slip joint,flanged connected |
| 11 | Standard | SOI9001:2015, Products are processed in strict accordance with GB/T2694-2018,DL/T646-2012,YD/T757-2013 and other national standards |
| 12 | Length of per section | Within 13M once forming |
| 13 | Welding Standard | AWS(American Welding Society)D 1.1 |
| 14 | Production Process | Raw material test-cutting-bending-welding-dimension verify-flange welding-hole drilling-sample assemble-surface clean-galvanization or power coating/painting-recalibration-packages |
| 15 | Packages | according to client's requirement |
| 16 | Life Period | lifetime warranty,it is according to installing environment |
Supporting role: The power tower can withstand the weight and tension of the transmission line, and disperse it to the foundation and the ground, so as to ensure the safe and stable operation of the transmission line.
Fixed function: The power tower can firmly fix the transmission line on the tower body to prevent the line from being blown by the wind, man-made damage and other reasons to fall off or break the line.
Insulation: The power tower is usually made of insulating materials to ensure the insulation performance of the transmission line. This can avoid the leakage of current and ensure the safety of the transmission line.
Stability: the height and structure of the power tower can resist the influence of adverse factors such as natural disasters to ensure the safe and stable operation of the transmission line.
As a steel structure manufacturer, jintongtowers strictly perform the contract, respect the design and obey the project supervision.
Products are processed in strict accordance with GB/T2694-2018,DL/T646-2012,YD/T757-2013 and other national standards.
We shall promptly provide the buyer with all the technical data and drawings stipulated in the contract. For the supporting equipment related to the contract equipment purchased by the buyer, we take the initiative to provide the technical conditions and data to meet the requirements of the equipment interface and deliver the goods strictly in accordance with the time, place and delivery sequence agreed in the contract to meet the requirements of the installation schedule of the engineering equipment.
Ensure to provide users with real and effective raw material list, inspection report, certificate.
Actively cooperate with users to complete product handover visa procedures.
lf the product is damaged or lost in transit, we promise to repair or replace the parts within 72 hours or one week from receipt of the notice.
We will send engineering and technical personnel, inspection and experiment personnel, workers and technicians with practical experience to the site, to participate in the unpacking inspection of the goods, to guide the installation and commissioning, to participate in the trial run and performance acceptance test until the equipment is put into operation. We promise that according to the contract,the personnel sent to the site to participate in the unpacking can fully deal with the problems in the unpacking, and the personnel participating in the trial operation can fully deal with all the problems of the equipment.
The product has a lifetime warranty, no matter what the cause of equipment defects, parts damage, we first on-site service and provide relevant accessories, because of the users reasons, the two sides negotiate to solve the relevant matters.
We promise to reply immediately after receiving the user's on-site service notice and give timely countermeasures to help customers solve problems.
Meet users' requirements for spare parts and spare parts at any time.
High voltage transmission requires structures that combine strength, reliability, and long-term durability — and that’s exactly what our Steel Tubular Towers are designed to deliver. These towers play a crucial role in supporting power lines over long distances, ensuring a safe and stable flow of electricity even under the most demanding environmental conditions.
1. Superior Strength and Stability
The steel tubular design offers exceptional load-bearing capacity and overall stability. Built from high-grade steel with advanced welding and manufacturing techniques, the tower resists strong winds, heavy snow, and seismic forces with ease. Its circular tubular structure distributes stress evenly, reducing the risk of deformation or fatigue over time. This superior structural integrity makes it ideal for high voltage transmission lines in all types of terrain.
2. Excellent Wind and Earthquake Resistance
Thanks to its aerodynamic shape and uniform surface, the tubular tower minimizes wind resistance and performs reliably during severe weather. Unlike traditional lattice towers that present large wind-catching surfaces, the smooth tubular profile allows air to flow around it more efficiently. The result is enhanced wind resistance, reduced vibration, and better performance during storms and earthquakes.
3. Long-Lasting Durability
Every tower is hot-dip galvanized or coated to resist corrosion and rust. This protective finish extends the service life of the tower, even in coastal or high-humidity environments. The closed-tube design also helps prevent internal corrosion and reduces maintenance needs over time. With proper installation and inspection, these towers can serve reliably for decades with minimal upkeep.
4. Efficient Material Use and Cost-Effectiveness
The tubular structure is not only strong but also material-efficient. By using steel more effectively, it provides greater strength with less weight compared to traditional angle steel designs. This means lower material costs, simpler transportation, and easier installation — all contributing to a more economical solution without compromising safety or performance.
5. Faster and Easier Installation
Steel tubular towers are manufactured in modular sections that can be quickly assembled on site. The streamlined design simplifies installation, reduces the need for large construction equipment, and shortens project timelines. This makes them a practical choice for projects where speed, precision, and cost control are key considerations.
6. Modern Appearance and Compact Footprint
Unlike bulky lattice towers, the tubular steel design has a sleek, modern appearance that blends more easily into the landscape. Its smaller base area requires less land, making it suitable for areas where space is limited or where visual impact must be minimized. The clean lines and simple geometry give it a professional, high-tech look that aligns with modern power infrastructure standards.
7. Reliable Performance in Harsh Environments
From high mountain regions to coastal zones, the steel tubular tower is built to perform. Its closed, streamlined structure prevents ice buildup and reduces maintenance issues in extreme temperatures. The tower maintains excellent electrical clearance and mechanical performance across all climates, ensuring consistent reliability and safety for high-voltage power transmission.
8. Environmentally Friendly and Sustainable
Steel is one of the most sustainable construction materials available today. Our towers are fully recyclable at the end of their service life, minimizing waste and environmental impact. By choosing a steel tubular design, project owners also benefit from reduced maintenance and fewer replacements, which contribute to a smaller environmental footprint over the long term.