Telecommunication Pipe Structure

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MOQ : 1000 Kilograms

Telecommunication Pipe Structure Specification

Wall Materials
Not applicable (lattice framework)

Dimension (L*W*H)
Custom, typically height ranges from 30 to 100 meters

Open Style
Open lattice structure

Connection
Bolted or welded joints

Life Span
25-30 years under standard conditions

Material
Hot dip galvanized steel

Roof Material
Not applicable (open tower structure)

Floor Material
Not applicable (structure is elevated steel framework)

Floor Load
Not applicable (structure designed for antenna and minimal maintenance loads)

Earthquake Intensity
Designed as per seismic wind load and zone requirements

Color
Red and white (aviation warning colors)

Use
Telecommunication signal transmission and antenna mounting

Export Packaging
Disassembled with marking for easy transport and assembly

Wind Resistance
Designed to withstand up to 180 km/h wind speed or as specified

Maintenance Access
Integrated ladder and safety cage

Corrosion Protection
Hot dip galvanization and weather resistant coating

Painting Standard
Meets ICAO recommendations for aviation safety

Foundation
Concrete base tailored per soil investigation

Lightning Protection
Equipped with air terminals and ground wires

Antenna Mount
Multiple platform levels for mounted equipment

Climbing Safety
Provided with safety rails and lanyard attachment points

Type
Self-supporting triangular or square lattice tower

Load Capacity
Suitable for GSM, microwave, and radio antennas

Telecommunication Pipe Structure Trade Information

Minimum Order Quantity
1000 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

Telecommunication Pipe Structure About

Hot deal alert! Utilise this exclusive offer on our lustrous Telecommunication Pipe Structure-a true masterpiece engineered for endurance and inestimable utility. Crafted from hot dip galvanized steel, this self-supporting lattice tower (triangular or square) withstands winds up to 180 km/h, featuring multiple platforms for antennas and GSM/microwave/radio equipment. Enjoy inbuilt lightning protection, integrated safety ladders, and corrosion-resistant finishing. With customized foundations and aviation-compliant painting, this durable structure supports operations up to 30 years. Export packaging ensures seamless transport and assembly. Made in India-unmatched in quality and reliability!

Optimal Use & Competitive Edge

Designed for the seamless transmission of telecommunication signals, this advanced structure is suitable for mounting antennas in critical GSM, microwave, and radio applications. Its open lattice design ensures robust stability while maintenance is made safe and efficient via integrated ladders and safety cages. The primary competitive advantage lies in its weather-resistant coatings, ICAO-compliant painting, and custom foundation solutions, making it ideal for demanding environments and large-scale operations.

Market Reach, Transport, and Policy

Our telecommunication pipe structures are shipped across major export markets, including Africa, Southeast Asia, and the Middle East, guaranteeing careful goods transport in disassembled, clearly marked packages. Domestically, we serve all regions of India, catering to both urban and rural deployments. To minimize upfront expenditure, we offer sample policies designed for clarity and customer satisfaction, allowing stakeholders to assess fit and specifications before bulk procurement.

FAQ's of Telecommunication Pipe Structure:

Q: How are the telecommunication pipe structures installed and maintained?

A: Installation involves assembling the bolted or welded sections on a concrete foundation tailored to the site's soil conditions. Maintenance is streamlined through integrated ladders with safety cages and secure lanyard attachment points, ensuring both efficiency and safety for personnel.

Q: What advantages does hot dip galvanization provide for the tower?

A: Hot dip galvanization significantly enhances corrosion resistance, extending the lifespan of the structure even in harsh weather. This process ensures durability and minimizes routine maintenance costs, making the structure a cost-effective, long-term investment.

Q: When is this tower ideally suitable for use?

A: The structure is ideal for signal transmission in telecommunications, especially for GSM, microwave, and radio antennas. Its robust design makes it suitable for installation in areas with high wind speeds, seismic activity, or where aviation safety is a priority.

Q: Where can this product be exported or delivered?

A: We export these structures to various international markets such as Africa, Southeast Asia, and the Middle East, as well as cater to the Indian domestic market, ensuring timely delivery and secure goods transport.

Q: What is the process for ordering and receiving the product?

A: Customers can place orders specifying their dimensional and load requirements. Goods are then manufactured, disassembled, and shipped with clear markings to facilitate easy transport and assembly at the destination.

Q: How does the structure ensure safety during climbing and maintenance?

A: Safety is prioritized through the integration of robust safety rails, a fully enclosed ladder cage, and lanyard attachment points, protecting technicians during ascent, descent, and onsite work.

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