Tainuo Transmission Line Utility Pole China Suppliers Long Lifespan Lattice Self-Supporting Transmission Tower

• Usage: Flying Angle Tower, Crossing Tower, Tension Tower, Angle Tower, Terminal Tower, Transposition Tower, Branching Tower
• Conductor Circuit: Multi Circuit
• Certification: ISO, GS, RoHS, CE
• Model NO.: Lattice Transmission Steel Pole
• Materials: Steel
• Standard: Nonstandard
• Style: Cable Tower
• Structure: V Type
• Product Name: Lattice Transmission Steel Pole
• Keywords: Lattice Steel Pole
• Surface Treatment: Hot DIP Galvanized/Color Coated
• Height: 10-100 Meters or Customized
• Material: Q355b/A572,Q235B/A36
• Tolerance: +/-2%
• Color: User-Defined
• Features: High Strength and Long Lifespan
• Application: Electricity Distribution
• Welding Standard: CO2 Welding or Submerged Arc Automatic Welding
• Voltage Level: 10kv-1100kv or Customized
• Design: According to Your Drawings
• Shape: Cylindrical, Conical, Polygonal
• Connection Structure: Overlap/Flange Connection
• MOQ: 5 T
• Transport Package: Standard Shipping Packaging or Customized
• Specification: Standard or Customized
• Trademark: TAINUO
• Origin: Hebei China
• Production Capacity: 100000

Product Description

TAINUO Transmission Line Utility Pole China Suppliers Long Lifespan Lattice Self-Supporting Transmission Tower

A lattice transmission steel pole is a type of utility pole used in overhead power transmission lines. Unlike traditional solid poles made of wood or concrete, lattice steel poles are made up of interconnected steel segments that form a lattice structure. This design provides several benefits, including increased strength, flexibility, and durability compared to solid poles.


Lattice transmission steel poles are typically used in high-voltage transmission lines where strength and reliability are critical. The lattice structure allows the pole to withstand high wind loads, ice accumulation, and other environmental factors without compromising its structural integrity. Additionally, the open design of the lattice pole reduces wind resistance, making it more resilient in extreme weather conditions.The modular nature of lattice transmission steel poles also makes them easier to transport and install compared to solid poles. The segments can be assembled on-site, reducing transportation costs and logistical challenges associated with transporting long, solid poles.

Moreover, lattice steel poles are often used in areas prone to seismic activity, as their flexible design allows them to absorb and dissipate energy during earthquakes, reducing the risk of collapse or structural damage.
Lattice transmission steel poles offer a reliable and cost-effective solution for high-voltage power transmission applications. Their strength, durability, and flexibility make them a popular choice for utility companies looking to ensure the stable and uninterrupted flow of electricity through their transmission infrastructure.

Product Parameters

LATTICE TRANSMISSION STEEL POLE SPECIFICATIONS
Product Name	Lattice Transmission Steel Pole
Keywords	Lattice Steel Pole
Surface Treatment	Hot DlP Galvanized/Color Coated
Height	10-100 Meters or Customized
Material	Q355B/A572,0235B/A36
Tolerance	2%
Color	User-Defined
Features	High Strength and Long Lifespan
Application	Electricity Distribution
Welding Standard	CO2 Welding or Submerged Arc Automatic Welding
Voltage level	10KV-1100KV or Customized
Design	According to your drawings
Shape	Cylindrical, Conical, Polygonal
Connection Structure	Overlap/flange Connection
MOQ	5 T

Key Features of Lattice Transmission Steel Pole

Structure: 
Lattice transmission steel poles have a lattice or framework structure, typically consisting of interconnected steel bars or beams arranged in a geometric pattern. This lattice structure provides strength, stiffness, and stability while minimizing material usage and wind resistance.


Height: 
Lattice towers can vary in height depending on the voltage and capacity of the transmission line they support. They can range from tens to hundreds of feet tall, with some ultra-high-voltage transmission towers exceeding 1000 feet in height.

Design:
Lattice transmission steel poles are designed to meet specific engineering requirements based on factors such as voltage level, line length, terrain, environmental conditions, and load capacities. The design of these towers considers factors like wind loads, ice loads, conductor tensions, and structural stability.

Construction:
Lattice transmission steel poles are typically assembled from prefabricated steel components bolted or welded together on-site. This modular construction allows for easy transportation and assembly, making it cost-effective and efficient for deployment in various terrains and conditions.

Company Profile

FAQ

Q1. Manufacturer or trading company?
A1: We are a manufacturer with our own factory. Welcome to visit our factory.

Q2. Delivery time?
A2:The usual production cycle is around 10-30 days. Determine the production schedule based on the specific number and tonnage of tower types, and arrange production and transportation according to customer requirements.

Q3. How can I get the price for the required steel tower?
A3:You can email us a drawing; We can give you a price based on your drawings. If there are no drawings, you can provide key technical parameters and we can help you design the iron tower.

Q4. How long is the service life of the product?
A4:We can guarantee a service life of around 35-40 years.

Q5. Is the assembly very complicated, and is there an assembly manual or guide?
A5:We will provide assembly drawings when shipping the goods.

Q6. How can we ensure quality?
A6:We have been following the ISO 9001 quality management system since its operation, strictly inspecting raw materials, prototype assembly testing, galvanizing testing, and pre-shipment inspection to ensure quantity and quality. We prioritize quality and have a 100% inspection rate.