Durable Electrical Cross Arms for Reliable Power Infrastructure
Engineered to support, stabilize, and strengthen overhead transmission and distribution lines.
Electrical Cross Arms
Electrical cross arms are essential components that ensure proper spacing and stability in overhead power lines. Manufactured from durable materials such as galvanized steel to withstand both wind and ice as well as the conductor loads. With proven designs including straight, V-shaped, and angle types, they reduce vibration, manage line direction, and provide reliable, low-maintenance performance in diverse power transmission environments.
Since its inception in 2006, Vijay Transmission has been a recognized manufacturer of high-quality electrical cross arms. Engineered for strength and durability, our products are built to last and perform reliably even under demanding conditions to sustain safe, efficient, and uninterrupted power transmission.
Our Product Capabilities
Range
- 11kv
- 33kv
Finish
- Hot dip galvanized
- Standard- 86 microns coating
- Red oxide painted
- Marine - 130 microns coating
Types
- Straight Cross Arms
- V-Shaped Cross Arms
- Horizontal V Arms
- Tangent Cross Arms
- Angle Cross Arms
Application
- Conductor Support
- Insulator Support
- Line Direction Control
- Span Stability
- Structural Reinforcement
Get Started Today
With a strong legacy of engineering excellence, Vijay Transmission has established itself as a trusted manufacturer of high-quality electrical cross arms since 2006. Designed to support, stabilize, and strengthen overhead transmission and distribution lines, our cross arms are built from durable galvanized steel and finished to withstand challenging environments. Available in straight, V-shaped, and angle configurations, they deliver dependable performance, ensuring line stability, vibration control, and structural reliability across various voltage ranges.
Backed by advanced manufacturing and strict quality control, we ensure every product meets global standards for strength, safety, and long-term performance in power infrastructure applications.
