As a benchmark enterprise for intelligent manufacturing of electric power steel structures, Qingdao Anbang New Energy has been deeply involved in the R&D and manufacturing of power transmission and transformation steel towers for more than ten years, relying on the strength of national high-tech enterprises and Qingdao's local complete industrial chain to create a full range of hot-dip galvanized steel pipe tower product matrix.
Our steel pipe towers deliver high-strength, hot-dip galvanized support for power transmission and communication. Built with durable steel, they offer strong wind resistance, stable structure, small footprint, and long service life. ISO-certified and custom-engineered for global projects, they ensure reliable performance in harsh environments.
The steel pipe towers support stable power supply and signal transmission in complex terrains. We provide professional design, strict quality control, and on-time delivery for worldwide clients.
A steel pipe tower is a high-strength vertical structure manufactured from welded or seamless steel tubes, widely used in power transmission, telecommunication, and monitoring engineering.
Characterized by its stable tubular structure, excellent wind and earthquake resistance, and compact layout, it is widely applied in various complex terrains and harsh outdoor environments.
After professional hot-dip galvanizing treatment, it features strong corrosion resistance, long service life, and high structural safety.
Compared with traditional angle steel towers, they have a more aesthetic appearance, smaller land occupation, and higher load-bearing efficiency, making them an ideal choice for modern power grid construction and communication signal coverage.
Anbang steel pipe tower system is complete, according to the voltage level, structural type, line function three-dimensional fine division, covering the whole project needs, each series of unified precision standards, exclusive structure optimization:
It includes low-voltage distribution network steel pipe towers, high-voltage galvanized steel pipe towers, and ultra-high voltage galvanized steel pipe towers, which are suitable for the whole grid level of 10kV~1000kV.
The low-voltage model is suitable for urban and rural feeder power distribution, and the high-voltage/ultra-high voltage model strengthens the cylinder wall thickness and node bearing to meet the needs of long-distance large-capacity transmission and the construction of backbone power grid hubs.
It covers galvanized tubular steel towers, galvanized steel pipe transmission towers, and galvanized steel pipe lattice towers.
The tubular steel tower has a single-cylinder streamlined design and occupies a very small area.
The special steel pipe tower for power transmission optimizes the hanging line layout and adapts to line transmission.
The main material of the steel pipe tower + truss composite structure of the lattice structure steel pipe tower has strong adaptability to large height and heavy load conditions.
It is divided into linear steel pipe towers, tensile resistant steel pipe towers, corner steel pipe towers, and terminal steel pipe towers.
Linear towers are used for load-bearing in the straight section of the line.
The tension resistance tower constrains the line tension and blocks the fault proliferation.
The corner tower is adapted to the line steering force.
The terminal tower connects the power station and the substation, bears the unilateral load, and adapts to the layout of the whole node of the line.
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Application Scenarios |
Core Requirement |
Recommended Product Series |
Key Technologies |
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Rural & Remote Area Coverage (Mountains, Plains, Villages) |
High Height, Strong Wind Resistance, Long Lifespan, Low Maintenance |
Single-Tube Steel Pipe Towers (50-100m), Multi-Tube Composite Steel Pipe Towers, Lightweight Steel Pipe Towers |
High-strength Q355B/Q420B steel material with national-level testing reports; wind resistance up to 12-level; hot-dip galvanizing surface treatment for 30+ years of anti-corrosion life; simple structure for easy maintenance, adaptable to complex terrain (mountains, slopes, remote areas). |
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New Energy & Industrial Zones (Wind Farms, Solar Parks, Industrial Parks) |
Customizable, High Adaptability, High Temperature & Dust Resistance, Efficient Service |
Full Range of Custom Steel Pipe Towers (Single-Tube, Multi-Tube, High-Voltage), Anti-High Temperature Steel Pipe Towers |
Optimized for high-temperature, sandy, dusty and humid environments in overseas regions; fully customizable according to local climate, terrain and project requirements; 24-hour rapid quotation, drawing verification and technical support; |
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Emergency & Temporary Power Transmission (Disaster Relief, Temporary Projects) |
Portable, Rapid Deployment, Stable Performance, Easy Disassembly |
Portable Telescopic Steel Pipe Towers, Temporary Steel Pipe Towers, Lightweight Foldable Steel Pipe Towers |
Lightweight aluminum alloy or high-strength steel structure, foldable/telescopic design; can be deployed within 2-4 hours; stable power transmission support in harsh environments; easy to disassemble, transport. |
Choosing Anbang’s steel pipe towers means choosing certified quality you can trust. Unlike other suppliers, our products are fully certified by ISO 9001, TUV, SGS and comply with international standards such as EN 10204 and AWS D1.1, with third-party inspection reports to ensure each tower meets stringent quality requirements and industry norms.
Anbang prioritizes client support far beyond product delivery. We provide 24-hour professional technical assistance, rapid quotation, and drawing verification, along with a comprehensive after-sales service system that includes on-site installation guidance and maintenance support, solving your project challenges efficiently and timely
Compared with competitors, we combine certified quality with customized client support—our towers are tailored to your specific project needs, backed by authoritative certifications and a responsive support team, ensuring your steel pipe tower project runs smoothly from design to long-term operation.