Your Professional Steel Tower Supplier

 

 

Qingdao Jiudingli Steel Structure Engineering Co., Ltd.It's founded in 2003 ,loated in Qingdao .The company is 5km from airport. And mainly engaged in the production and manufacturing of solar bracket ,transmission line towers,substation steel structures,communication towers etc.The company have production license of 500KV and 750KV transmission line tower.

 

 
  • Tubular Steel Transmission Tower

    Tubular steel transmission towers are monopole or multi-tube structural systems designed for overhead high-voltage power transmission networks.

  • Single Circuit Transmission Tower

    Our Single Circuit Transmission Towers are heavy-duty, hot-dip galvanized steel lattice structures designed to support a single three-phase electrical circuit along with overhead shield wires (or

  • Multi-Circuit Transmission Tower

    A Multi-Circuit Transmission Tower is a heavy-duty overhead line structure designed to carry two or more independent electrical circuits on a single tower body, enabling high-capacity power

  • Lattice Steel Transmission Tower

    Lattice steel transmission towers are self-supporting, high-strength structural systems. The structure employs a highly optimized, triangulated geometric framework to safely transfer vertical

  • Double Circuit Transmission Tower

    Our Double Circuit Transmission Towers are high-capacity, hot-dip galvanized steel lattice structures engineered to carry two independent three-phase electrical circuits (six phase conductors) plus

  • 110kV Transmission Tower

    Our 110kV Transmission Towers are heavy-duty, hot-dip galvanized steel structures engineered for regional grid interconnections, urban-suburban distribution corridors, and industrial power supply

  • Transmission Pole

    Transmission Pole is a steel support structure designed for overhead power transmission and distribution networks, providing reliable support for conductors, insulators, and power line accessories

  • Substation Gantry

    Substation Gantries (also known as Take-off or Dead-end structures) are heavy-duty steel portal frames designed to terminate overhead transmission lines at the substation entrance. They endure

  • Steel Pipe Pole

    Steel Pipe Pole is a tubular steel support structure designed for telecom, lighting, surveillance, and utility infrastructure projects where compact footprint, fast installation, and clean appearance

  • Equipment Support Structure

    Equipment Support Structure is a structural steel support system designed to carry electrical and industrial equipment in substations, switchyards, and infrastructure projects, providing stable

  • Distribution Pole

    Heavy-Duty Steel Distribution Pole is a structural support solution designed for 10kV–35kV+ overhead power distribution networks, supporting conductors, crossarms, insulators, transformers, and

  • Bus Support Structure

    Substation Bus Support Structures are critical low-profile frames engineered to mount post insulators and hold rigid (aluminum tubing) or flexible (stranded cable) busbars.

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Why Choose us

Complete Product Qualifications

The company holds Grade II Steel Structure Professional Contracting Qualification. Additionally, the company has obtained ISO 9001, ISO 14001, ISO 45001, and CE certifications.

 

Strong Technical Strength

The company employs 26 professional personnel with diverse technical and economic qualifications. It provides efficient OEM and ODM services, with an annual production capacity reaching up to 360,000 tons.

 

Advanced Production Equipment

The company is equipped with advanced machinery, including CNC cutting machines, three-roll hydraulic plate rolling machines, hydraulic plate shearing machines, edge planers, end milling machines, and automatic sandblasting facilities.

 

 

Specification

 

 

product name

Steel Pipe Tower

surface

Hot dip galvanized

certificate

CE/iso9001

advantage

Customized service provided

engineering service

Engineering

service

Professional customization service

 

Customization Process
1

Communication Needs

Custom colors,package,tolerance of the dimension can be tailored to meet specific customer requirements. Please provide your customization concepts and detailed specifications for further discussion.

2

Production Execution

Following the confirmed design, we implement meticulous production processes with strict quality control at every stage, ensuring consistency and precision before proceeding to mass production.

3

Quality Inspection and Packaging

Upon completion of the product, a comprehensive three-stage inspection process is conducted to ensure quality standards are met. Subsequently, the products are packaged in accordance with your specified requirements.

4

Delivery Assurance

We ensure timely delivery of the products within the agreed timeframe as per the contract terms.

 

Benefits of Steel Tower

 

Pylon Transmission Line Tower

Lightweight And Robust

The steel pipe tower employs high-strength steel. This material boasts a lower density than concrete yet offers significantly enhanced yield and tensile strength. As a result, steel pipe towers weigh 20%-30% less than concrete towers but can carry 15%-20% more load, boosting overall structural efficiency.

Electric Transmission Line Tower

Strong Corrosion Resistance

The surface of the steel pipe tower usually adopts advanced anti-corrosion treatment technologies such as hot-dip galvanizing or plastic spraying, which effectively improves its corrosion resistance. In harsh outdoor environments, steel pipe towers can maintain structural integrity for a long time to prevent structural failure caused by corrosion.

4 Legs Angle Galvanized Steel Power

Strong Wind Pressure Resistance

The steel pipe tower has significantly improved its wind pressure resistance by optimizing the cross-sectional shape, and rod arrangement and adding diagonal bracing. Under extreme weather conditions such as strong winds, the steel tube tower can maintain structural stability, and the displacement is only about 1/3 of the traditional tower.

 

Application of Steel Tower
 

Power Transmission: The steel tube tower provides stable support for high-voltage transmission lines, ensuring it is safely and efficiently transmitted to thousands of households. Its stable structure and strong bearing capacity are particularly suitable for large-span and heavy-load power lines.

 

Communication Signal Transmission: As a transmission tower for communication signals such as microwaves, ultra-short waves, and wireless networks, the steel tube tower has excellent transmission performance and stability. Its height is adjustable and its direction is controllable, which can meet the needs of different communication systems.

 

Radio And Television Signal Transmission: The steel tube tower carries radio and television antennas to ensure wide coverage and clear and stable signals.

 

Production Process

 Material Inspection

 Cutting

 Molding or Bending

Longitudinal Welding

Dimension Verification

Flange Welding

Hole Drilling

Calibration

Deburring

Surface Treatment (Galvanization, Powder Coating, or Painting)

Recalibration

Thread Processing

Packaging

 

Shipping and Payment Terms

 

 

Terms Of Payment

We usually accept T/T, L/C, Paypal, Credit card, etc. If you prefer other payments terms, please feel free to discuss with us.

Shipping

It can be delivered by truck, train, sea, air.

 

Certificate

 
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FAQ

 

Q: How does a communication tower work?

A: Cell towers function by transmitting and receiving radio frequency (RF) signals in two-way communication between mobile devices and the tower. These signals pass through antennas, which are mounted at a significant height on the towers to enable efficient communication.

Q: How often should a radio tower be inspected?

A: TIA-222-G suggests Tower Inspections and TIA Condition Assessment Training maintenance and condition assessment shall be performed, at a minimum, once every three years for guyed towers and once every five years for self-supporting towers.

Q: How far can a radio tower transmit?

A: If an ERP of 100 Watt is used, it is very likely that 20 kilometers of range will be reached because a 100 Watt ERP is able to propagate a strong signal as far as 20 kilometers. If an ERP of 1000 Watt is used, it is very probable that the signal will reach 20 kilometers, and it will also penetrate eventual obstacles.

Q: Why are radio towers so tall?

A: Radio towers are tall to improve signal coverage and overcome obstacles like buildings and hills, allowing radio waves to travel further and reach more people.

We're well-known as one of the leading steel tower manufacturers and suppliers in China. If you're going to buy steel tower made in China, welcome to get quotation and specification from our factory. For price consultation, contact us.

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