High Tension Resistance
Designed to withstand full conductor tension forces from one direction.
Dead End Towers
ENGINEERED FOR STRENGTH. BUILT FOR LONG-TERM SERVICE.
Dead end towers anchor conductor sections and withstand high longitudinal loads at line terminations, section points and demanding route conditions.
High StrengthCorrosion ProtectionGlobal StandardsProject Delivery
Product Overview
Dead end towers anchor conductor sections and withstand high longitudinal loads at line terminations, section points and demanding route conditions.
DesignProject-specific engineering
MaterialQ235B / Q355B / Q420B
ProtectionHot-dip galvanized
StandardsIEC / ASTM / EN / GB
Key Features
Robust & Durable Structure
Made with high-quality steel and advanced engineering for long-term performance.
Corrosion Protection
Hot dip galvanized to ensure excellent corrosion resistance in harsh environments.
Custom Engineering
Optimized structure design according to project requirements and site conditions.
Easy Installation & Maintenance
Optimized structure for easy transportation, installation and maintenance.
TYPES OF DEAD END TOWERS
Single Circuit Dead End Tower Double Circuit Dead End Tower V Type Dead End Tower Multi Circuit Dead End Tower Cross Arm Dead End Tower
TYPES OF DEAD END TOWERS
Single Circuit
Dead End Tower
Double Circuit
Dead End Tower
V Type
Dead End Tower
Multi Circuit
Dead End Tower
Cross Arm
Dead End Tower
TECHNICAL SPECIFICATIONS (EXAMPLE)
Voltage Level (kV) Tower Type Tower Height (m) Cross Arm (m) Wind Load (m/s) Conductor Type Design Standard
33 Single Circuit 15–25 1.6–2.0 Up to 60 ACSR / AAC IEC 60826
110 Single Circuit 20–30 2.0–2.5 Up to 60 ACSR / AAC IEC 60826
220 Double Circuit 25–40 2.5–3.5 Up to 60 ACSR / AAC IEC 60826
330 Double Circuit 30–50 3.0–4.0 Up to 60 ACSR / AAC IEC 60826
500 Multi Circuit 40–60 3.5–5.0 Up to 60 ACSR / AAC IEC 60826
750 Multi Circuit 45–70 4.0–5.5 Up to 60 ACSR / AAC IEC 60826
1000 Multi Circuit 50–80 4.5–6.0 Up to 60 ACSR / AAC IEC 60826
Note: Data above for reference only. Custom design available according to project requirements.
PROJECT CASES
Representative structures for international power infrastructure projects.
Project reference 01
Project reference 02
Project reference 03
Project reference 04Manufacturing Process
Controlled production from certified raw material to export-ready delivery.
01Raw MaterialHigh-quality steel inspection
02CuttingCNC cutting for precise parts
03WeldingAutomatic welding ensures strong joints
04AssemblyPre-assembly for accurate fit-up
05GalvanizingHot dip galvanizing for corrosion protection
06InspectionStrict quality inspection before delivery
07Packing & DeliverySecure packing and timely shipment
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