Натяжная башня
Our Tension Towers provide reliable support for transmission lines under high tensile stress. Built with high-strength steel and corrosion protection, they are designed for long-lasting stability and efficient power transmission.
- Service Type: Tension Tower Design, Fabrication, and Installation
- Material Expertise: High-strength steel (Q235, Q355, Q420)
- Design Standards: ISO 9001:2015, AWS D1.1
- Surface Treatment: Hot-Dip Galvanizing (ASTM A123)
- Applications: High-voltage transmission, industrial power networks, renewable energy projects
Overview
Наши натяжные башни, также известные как натяжные или анкерные башни, предназначены для работы с высокими растягивающими усилиями в точках, где линии электропередачи меняют направление, заканчиваются или сталкиваются с перепадами высот. Эти башни построены из высокопрочной стали и спроектированы таким образом, чтобы обеспечить надежную опору при сильном напряжении, предотвращая провисание и нестабильность линии. Благодаря коррозионностойким покрытиям и настраиваемым конфигурациям они идеально подходят для проектов высокого и низкого напряжения и возобновляемых источников энергии. Мы предоставляем полный спектр услуг, включая проектирование, изготовление, установку и техническое обслуживание.
- High Tensile Strength: Built to handle significant mechanical stress and tension forces in transmission networks.
- Durable Steel Construction: Constructed using high-grade steel for maximum stability and long-term performance.
- Corrosion Protection: Hot-dip galvanized coating ensures resistance to rust and environmental wear.
- Wind and Seismic Resistance: Engineered to withstand extreme weather, including strong winds and seismic events.
- Customizable Configurations: Available in different heights and designs to meet specific project and voltage requirements.
- Efficient Load Management: Designed to evenly distribute tension loads, preventing structural fatigue.
- Quick Installation: Pre-fabricated components enable fast on-site assembly, reducing project timelines.
- High-Voltage Power Transmission: Used in regional, national, and cross-border power grids to manage line tension.
- Renewable Energy Systems: Supporting solar, wind, and hydropower transmission infrastructure.
- Industrial Power Distribution: Ensuring reliable and stable power delivery to industrial facilities.
Our Tension Towers undergo rigorous testing and inspections during design, fabrication, and installation to ensure compliance with international standards for safety and long-term reliability.
Feature
Long-Lasting and Reliable Performance:
Constructed with high-strength steel and corrosion-resistant coatings, our Tension Towers provide reliable service for over 30 years. Their robust design ensures durability in challenging environmental conditions, including heavy winds and temperature extremes.
Optimized for High Tension and Load Stability:
These towers are optimized to handle the mechanical stress associated with directional changes, line terminations, and terrain variations. The optimized load distribution prevents structural fatigue, ensuring long-term stability.
Safety and Compliance Focused:
We adhere to ISO9001:2015, AWS D1.1, and other international standards to guarantee structural security and safe operation. Safety features like grounding systems, lightning protection, and secure anchoring are included in the design.
Efficient Installation and Maintenance:
Our modular, pre-fabricated components simplify the assembly process, ensuring quick installation with minimal downtime. The towers are designed for easy maintenance and future upgrades.
Specification
| Details | Additional Information |
|---|---|
| Brand: Xiangyue (XY Tower) | Height Options: Customizable from 10m to over 120m depending on project needs |
| Service Offering: Tension Tower Design, Fabrication, and Installation | Environmental Adaptability: Suitable for high winds, seismic zones, and harsh environmental conditions |
| Expertise: Specialized in tension towers for power grids, renewable energy systems, and industrial applications | Load Capacity: Designed to support high-tension conductors, insulators, and heavy transmission components |
| Design Standards: Adheres to ISO9001:2015, AWS D1.1, and power grid-specific standards | Certification: Meets international safety, quality, and structural certifications |
| Material Specification: High-grade steel, including Q235, Q355, and Q420 | Customization Level: Fully tailored designs to meet site-specific and project-specific requirements |
| Welding Standard: Certified AWS D1.1 welding procedures | Installation Assistance: Provides on-site guidance and modular assembly instructions |
| Surface Treatment: Hot-Dip Galvanizing and protective coatings for corrosion resistance | Global Reach: Serving clients worldwide with solutions tailored to local regulations |
| Quality Control: Comprehensive inspections during design, production, and installation | Post-Design Support: Ongoing maintenance, upgrade services, and technical support |
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