33KV Galvanized Tension Cross Arm Angle Iron Steel 2M

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Our 33KV hot dip galvanized tension cross arms for power transmission are 2M angle iron steel components, engineered for mounting insulators and conductors in high-voltage lines. Offering corrosion resistance and customizable sizes, these 2M galvanized steel transmission cross arms for utility poles deliver reliable load distribution, trusted by global B-end infrastructure buyers.

Product Information

Material:

Hot Dip Galvanized Steel Or As Your Request

Size:

Customization

Application:

Electric Power Construction

OEM Customization:

Accepted

Inquiry

Product Details

What Makes Our 33KV Tension Cross Arm Stand Out?

Our 33KV hot dip galvanized tension cross arm for power transmission are precision-engineered as the backbone of high-voltage utility pole infrastructure, combining a truss-style angle iron design with hot-dip galvanized durability to outperform flat cross arms. Unlike basic flat arms, our 2M galvanized steel transmission cross arm for utility poles features a triangular truss structure that distributes tensile loads evenly, reducing bending stress by 45% and enabling it to support heavier insulators and conductors in 33KV lines.

Crafted from high-grade angle iron and finished with a hot-dip galvanized coating, our cross arms form a thick, silvery protective layer that resists salt spray, humidity, and industrial pollution. This makes our corrosion-resistant tension cross arm for coastal power networks a reliable long-term solution for outdoor use, ensuring 30+ years of maintenance-free performance and minimizing lifecycle costs for utility companies and contractors.

Core Performance Advantages for B-End Buyers

Designed to meet the rigorous demands of 33KV power transmission, our tension cross arms deliver key benefits that align with B-end procurement priorities:

Truss-Style Angle Iron Design: The triangular truss structure provides superior rigidity, making our 33KV hot dip galvanized tension cross arm for power transmission ideal for supporting heavy insulators and conductors in high-wind zones.
Hot-Dip Galvanized Corrosion Resistance: The galvanized finish provides a durable anti-rust layer, ensuring reliability in coastal, rural, and industrial environments—our corrosion-resistant tension cross arm for coastal power networks withstands salt spray and humidity without degradation.
2M Standard & Customizable Sizes: The 2M standard length fits most utility poles, and we offer custom size tension cross arm for power projects with lengths from 1.5M to 3M, eliminating the need for on-site cutting or modification.
High Tensile Strength: Made from Q345 angle iron, our high strength tension cross arm for 33KV lines supports loads up to 120kN, maintaining stability under wind, ice, and seismic conditions.
Universal Compatibility: The cross arm integrates seamlessly with ANSI/IEC-compliant insulators, clamps, and hardware—our ANSI-compliant transmission cross arm for utility poles simplifies on-site assembly and reduces procurement complexity.
Global Compliance: Each cross arm meets ISO 9001 and IEC 61300 standards, with full traceability and test reports to support project acceptance worldwide, making our IEC-compliant tension cross arm for global buyers a trusted choice.

Ideal Applications Across Power Infrastructure

Our 33KV tension cross arms are trusted in critical high-voltage transmission projects worldwide:

33KV Overhead Transmission Lines: Used to mount insulators and conductors on utility poles, leveraging our 2M galvanized steel transmission cross arm for utility poles to maintain stability in high-wind zones.
Coastal Power Networks: The hot-dip galvanized finish withstands salt spray and high humidity, ensuring reliability in coastal cities and offshore wind farms with our corrosion-resistant tension cross arm for coastal power networks.
Rural Power Grid Expansion: The 2M standard size and easy installation support rapid deployment in remote areas, with our custom size tension cross arm for power projects reducing logistics complexity.
Industrial Power Facilities: Integrates with factory and mining power systems, where our high strength tension cross arm for 33KV lines resists vibration and mechanical stress.
Telecom Utility Pole Integration: Supports dual-purpose pole installations, mounting communication brackets alongside power hardware with our tension cross arm for hybrid pole infrastructure.

Why Partner With Our Factory?

For B-end buyers, we provide end-to-end solutions that streamline procurement and ensure project success:

Bulk Production Capacity: With an annual output of 500,000+ cross arms, we fulfill bulk supply 33KV tension cross arm for utility projects with MOQs starting at 200 pieces and lead times as short as 15 days, supporting tight infrastructure timelines.
Precision Fabrication & Galvanization: Our automated cutting, welding, and galvanization processes ensure consistent truss alignment and zinc coating thickness, reducing defects and rework for our 33KV hot dip galvanized tension cross arm for power transmission.
Technical Support: Our engineering team offers load-calculation tools, installation guidelines, and custom design services to optimize cross arm performance for your project, whether you’re deploying corrosion-resistant tension cross arm for coastal power networks or high strength tension cross arm for 33KV lines.
Cost Efficiency: The durable design and long lifespan reduce replacement and maintenance costs by 40% compared to flat cross arms, delivering long-term ROI for our IEC-compliant tension cross arm for global buyers.
Sustainable Practices: Our production process uses 100% recycled steel and energy-efficient galvanization, aligning with global sustainability goals for power infrastructure.

Installation & Maintenance Guidelines

To maximize the performance of your tension cross arms:

Pre-Installation Check: Inspect each 33KV hot dip galvanized tension cross arm for power transmission for galvanization defects, weld integrity, and dimensional accuracy. Verify that the size and load rating match your project requirements.
Secure Mounting: Attach the cross arm to the utility pole using U-bolts, tightening to the recommended torque (40–50 Nm) for 2M galvanized steel transmission cross arm for utility poles. Use washers to distribute pressure evenly.
Routine Inspection: Conduct annual visual checks to verify galvanization integrity and bolt torque. Retorque bolts after extreme weather and replace any cross arm with corrosion or weld damage to maintain stability, especially for corrosion-resistant tension cross arm for coastal power networks.
Compatibility Verification: Ensure that ANSI-compliant transmission cross arm for utility poles is paired with compatible hardware to avoid stress concentrations on the pole or cross arm.