Microwave Signal Tower

The Qingdao Anbang New Energy steel microwave signal tower is a high-strength steel communication tower specially designed for microwave communication scenarios, integrating advanced manufacturing technology from Chinese factories with cutting-edge industry design concepts.

This tower uses Q355B/Q420B high-strength low-alloy steel as the base material and undergoes precise cutting, seamless welding, hot-dip galvanizing, and multiple other processes.

It combines excellent properties such as wind resistance, earthquake resistance, and corrosion resistance, and can stably support microwave antennas and related transmission equipment, enabling efficient, interference-free point-to-point wireless data transmission.

The product breaks through the limitations of traditional tower types, featuring advantages such as small footprint, easy installation, strong adaptability, and long service life.

It strictly follows domestic and international standards such as GB50135 and ANSI/TIA-222-G and is widely used in communication, power, security, emergency response, and other fields.

It is a core infrastructure of modern microwave communication networks, demonstrating the manufacturing level of Chinese factories and the product strength of Anbang.

Model Selection Recommendations

1. Small and Portable Type (Height 15-30m)

Suitable for urban short-distance microwave transmission, small communication base stations, community security monitoring, and similar scenarios. It occupies only 0.5-1㎡, uses a modular design, has a short installation cycle, and allows rapid deployment.

The steel microwave signal tower is lightweight and easy to transport, making it suitable for areas with limited land resources and meeting the mounting requirements of low-load microwave equipment.

2. Standard General Type (Height 30-60m)

Suitable for county-level and suburban microwave relay, power collection line communication, and television broadcasting transmission scenarios.

Designed for wind speeds of 35-45m/s, with an earthquake resistance level of grade 8, it can carry multiple sets of microwave antennas and auxiliary equipment.

The steel microwave signal tower has a stable structure with excellent corrosion resistance and requires minimal maintenance. It fits most conventional microwave communication scenarios and is the most widely used model.

3. Large Engineering Type (Height 60-100m)

Suitable for long-distance microwave transmission, highland and mountainous area communication, large wind/photovoltaic station monitoring, border security, and similar scenarios.

It adopts a reinforced lattice structure design, with a wind resistance level of up to 12 and ice thickness tolerance of up to 10mm. The steel microwave signal tower has high load-bearing capacity and stability, and can adapt to complex and harsh environments such as high altitude, strong wind and sand, and coastal high-salinity fog, meeting long-distance and high-load microwave communication needs.

4. Customized Type

For special scenarios (such as across rivers, high altitude, extremely cold or hot regions), the steel microwave signal tower can be customized according to height, cross-sectional dimensions, load parameters, corrosion protection processes, and auxiliary facilities as required.

The structural design is optimized according to the geological and meteorological conditions of the project site to ensure long-term stable operation of the tower in special environments, fitting various personalized project needs.

Our Services

1. Preliminary Consultation and Design

Our professional technical team provides free consultation on selection and on-site survey services. Based on project requirements and regional environment, we tailor design schemes and foundation construction plans, optimize structural parameters, avoid construction risks, and ensure the design plans are scientific, economical, feasible, and compliant with relevant industry standards.

2. Standardized Production

The factory is equipped with fully automated cutting, welding, and galvanization production lines, following standardized production processes. The entire production process adheres to the ISO9001 quality system.

From raw material intake to finished product delivery, each tower undergoes 12 strict quality checks to ensure precise dimensions, strong welding, corrosion protection compliance, on-time delivery, and support for full-process third-party inspection.

3. Logistics and Installation

We provide nationwide logistics services. The towers are packaged and secured by category to prevent damage during transportation and ensure safe delivery to project sites.

An experienced construction team provides professional installation, commissioning, and acceptance services, standardizes construction processes, strictly controls installation quality, shortens construction cycles, and ensures steel microwave signal towers are quickly operational.

4. After-Sales Maintenance

Steel microwave signal towers come with a 2-year warranty and lifetime maintenance. We establish a 7×24-hour emergency response mechanism to resolve faults on-site within 48 hours.

Regular follow-up inspection services are conducted to comprehensively check the structural stability, corrosion resistance, and equipment mounting of the towers, addressing potential issues promptly, extending tower lifespan, and reducing future operational and maintenance costs.

5. Technical Support

We provide long-term technical guidance, including later equipment upgrades, structural reinforcement, and operation and maintenance techniques.

Professional technical personnel are arranged for one-on-one consultations to help clients efficiently manage the towers and ensure stable operation of microwave communication systems.

Real Cases

Qingdao, Shandong Microwave Relay Communication Project

This project involves microwave signal transmission between Qingdao urban area and surrounding districts and counties. 32 standard 45m microwave signal towers were selected, suitable for the complex terrain and dense building environment of the urban area.

The factory completed the production in 25 days, and the construction team efficiently completed the installation and commissioning.

To date, the steel microwave signal towers show no deformation or corrosion, the microwave signal transmission is stable, and there is no interference.

It perfectly meets the communication relay needs within the area and has received high praise from local telecom operators.

Inner Mongolia Border Security Microwave Monitoring Project

To address harsh conditions in border areas, including strong wind and sand, low temperatures, and high altitudes, 40 large engineering 70m towers were customized.

They use thickened hot-dip galvanizing and sealed paint anti-corrosion technology, with wind resistance up to grade 12, suitable for extremely cold environments of -45°C. The towers carry security monitoring equipment and microwave transmission devices, achieving full coverage monitoring and real-time signal transmission in border areas.

After 3 years of operation without any failures, they effectively ensure border security and have been recognized by relevant authorities.

Jiangsu Power Collection Line Microwave Communication Project

28 standard 50m steel towers were selected for microwave communication transmission for wind farm collection lines, suitable for grassland and sandy environments.

The steel microwave signal towers are structurally stable, have strong load-bearing capacity, can simultaneously carry microwave antennas and monitoring equipment, shorten the installation period by 30%, and require no frequent maintenance afterward, significantly reducing operation and maintenance costs while ensuring efficient power data transmission for wind farms, aiding the development of the new energy industry.

Yunnan Plateau Microwave Communication Project

Considering the high altitude, strong ultraviolet rays, and complex terrain of the plateau, 15 customized 65m steel towers were designed with optimized structure to enhance wind and seismic resistance, suitable for harsh plateau environments.

They successfully address the long microwave transmission distances and unstable signals in plateau areas, achieving efficient communication between remote mountainous areas and urban areas and promoting the improvement of local communication infrastructure.