China Lattice Tower Manufacturers Suppliers Factory - OEM Lattice Tower Made in China

Product Overview

Lattice towers are open-frame steel structures assembled from main legs, bracing members, connection plates, and fasteners. Their open-frame configuration provides high structural capacity while maintaining a relatively low material weight, allowing antennas, microwave equipment, and other loads to be mounted at various elevations.
For project procurement, tower selection cannot be based on height alone. Wind conditions, equipment loading, tower geometry, deflection requirements, foundation conditions, corrosion environments, and applicable structural design standards all dictate the final configuration. We supply project-specific lattice tower structures based on approved engineering requirements, drawings, and loading data.

4-Legged Angular Electric Transposition Lines Steel Tower
Tower Type: 4-Legged Angular Electric Transposition Lines Steel TowerCountry of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface
Electric Transmission Line Tower
Tower Type: Electric Transmission Line Tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip galvanizing or
110kV - 750kV Transmission Line Tower
Tower Type: 110kV - 750kV Transmission Line Tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip
330kV Electric Transmission Line Tower
Tower Type: 330kV Electric Transmission Line Tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip
Angle Electric Transmission Line Towers
Tower Type: Angle electric transmission line tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip
Double Circuit Transmission Line Tower
Tower Type: Double Circuit Transmission Line Tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip
Electric Power Transmission And Distribution Tower
Tower Type: electric power transmission and distribution tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot
High Voltage Tower
Tower Type: high voltage tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip galvanizing or zinc
Fabricated Transmission Towers
Tower Type: fabricated transmission towers Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip galvanizing or
High Tension Wire Tower
Tower Type: high tension wire tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip galvanizing or zinc
M Type Transmission Line Tower
Tower Type: M Type Transmission Line Tower Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip galvanizing or
Steel Towers M Type
Tower Type: Steel Towers M type Country of origin: ChinaManufacturer: Qingdao BEST Steel Structure Co., Ltd.Material: carbon steel Q235 Q355 Q420Surface Treatment: Hot dip galvanizing or zinc

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Main Lattice Tower Types

Self-Supporting Lattice Tower

Self-supporting lattice towers transfer vertical and lateral loads through their own structural frames and foundation systems without relying on guy wires. They are ideal for projects requiring rigid freestanding structures with sufficient ground area for foundations, commonly utilized in cellular communication, wireless broadband, microwave systems, and industrial surveillance networks.

Three-Leg Lattice Tower

Utilizing a triangular plan configuration, three-leg towers provide high structural efficiency while preserving an open frame for equipment mounting and climber access. Member sizes, bracing patterns, and base dimensions are established according to project design loads.

Four-Leg Lattice Tower

Utilizing a square or rectangular plan configuration, four-leg structures offer distinct load distribution and equipment mounting layouts compared to triangular configurations. They are typically selected for projects involving heavier equipment loads, larger working platforms, or specific site and foundation constraints.

Lattice Tower Technical Specifications Overview

Parameter	Typical Configuration
Structure Type	Open-frame steel lattice structure
Tower Type	Self-supporting lattice tower
Main Members	Steel angles or other specified structural sections complying with international standards (such as ASTM / EN standards)
Bracing Members	Horizontal and diagonal bracing members
Connection Type	Bolted structural connections using high-strength fasteners
Surface Protection	Hot-dip galvanizing (compliant with ASTM A123 / ISO 1461 standards) or specified corrosion protection systems
Site Installation	On-site assembly utilizing bolted components
Design Basis	Strictly conforming to international structural design codes (such as TIA-222 specifications) and project-specific loading requirements
Primary Applications	Telecommunications, wireless communication, microwave transmission, broadcasting, and infrastructure projects

Key Selection Factors

When specifying a lattice tower, project loading conditions should take precedence over physical dimensions:

Tower Height
Overall height directly influences wind exposure area, structural member internal forces, antenna mounting elevations, foundation reactions, and transportation/erection requirements.

Wind Load
Wind loading serves as a primary design input, factoring in basic wind speed, exposure categories, terrain conditions, height coefficients, projected areas of the tower and antennas, drag characteristics, and gust response factors.

Antenna and Equipment Loading
Structural capacity depends on comprehensive loading schedules, including antenna dimensions, weights, mounting orientations, microwave dishes, remote radio units (RRUs), cable arrangements, working platforms, and future capacity allowances.

Deflection and Twist Limits
Structural strength must be paired with strict movement limitations to protect communication performance. Project specifications often mandate strict limits on lateral deflection, rotation, and twist for directional and microwave antennas.

Steel Grade and Member Sections
Procurement documentation must clearly identify steel material grades, applicable manufacturing standards, member sections, plate thicknesses, bolt/nut grades, and welding or material traceability requirements.

Corrosion Protection
Outdoor structures require robust defenses against atmospheric moisture and pollutants. Hot-dip galvanizing is standard, with customized protection systems applied for coastal, industrial, or aggressive environments.

Quality Control Points

Dimensional Inspection

Verify member lengths, section dimensions, hole diameters, and hole spacing to ensure smooth on-site assembly.

Connection Inspection

Check bolted connections against approved drawings to ensure proper fastener grades, matching bolts, nuts, and washers.

Galvanization Inspection

Inspect the galvanized coating for visual quality, thickness compliance, and proper repair procedures for any handling damage.

Quantity Reconciliation

Reconcile all components against packing lists and drawings prior to shipment to prevent project delays caused by missing small parts.

FAQ

Q: What is a lattice tower used for?

A: Lattice towers are widely deployed in telecommunications, wireless communication, microwave links, broadcasting, security surveillance, and other industrial infrastructure applications requiring elevated equipment.

Q: Is a lattice tower self-supporting?

A: Yes. Self-supporting lattice towers do not require guy wires; their rigid steel frames and foundations are engineered to independently resist all vertical and lateral loads.

Q: How do I choose the correct tower height?

A: Height should be derived from antenna elevation targets, network coverage objectives, local terrain, and structural design codes, rather than selected by height alone.

Q: What information is required to request a quotation (RFQ)?

A: Essential details include the required tower height, project location, design wind speed, antenna and equipment loading schedules (dimensions, weights, elevations), platform/ladder arrangements, and applicable design standards.

Q: Can lattice towers accommodate microwave antennas?

A: Yes. Lattice towers are well-suited for microwave installations, provided that dish diameters, weights, mounting elevations, and wind loads are fully incorporated into the structural design calculations.

Q: What surface treatment is applied to outdoor lattice towers?

A: Hot-dip galvanizing (complying with ASTM A123 / ISO 1461 standards) is standard for long-term corrosion resistance, with specialized options available for severe environments.

Q: Are lattice towers customizable?

A: Yes. Tower geometry, height, member sections, mounts, platforms, and safety accessories are fully customizable based on engineering requirements.

Qingdao BEST Steel Structure Co., Ltd. is one of the most professional lattice tower manufacturers and suppliers in China. We warmly welcome you to buy customized lattice tower made in China here from our factory. If you have any enquiry about OEM service, please feel free to email us.