Socket Y Type Ball Clevis Eye

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Socket Y Type Ball Clevis Eye Hot Dip Galvanized Steel Custom Size

Y type ball clevis socket eye for power transmission are hot dip galvanized steel connecting hardware, engineered for secure insulator-to-tower connections. Offering custom sizing and 25+ year corrosion resistance, these hot dip galvanized Y type ball clevis deliver reliable load transfer, trusted by global B-end power infrastructure buyers.

Product Information

Product Name:

Y type ball clevis

Material:

Steel

Surface Treatment:

Hot Dip Galvanized

Application:

Hanging Fiber Optic Cable

OEM Customization:

Accepted

Inquiry

Product Details

What Makes Our Y Type Ball Clevis Stand Out?

Our Y type ball clevis socket eye for power transmission are precision-forged to solve the challenge of secure, high-load connections in overhead power systems, combining a Y-shaped socket design with hot dip galvanized durability to outperform standard clevises. Unlike straight clevises, our Y type ball clevis for insulator connections features a dual-arm socket that cradles the insulator ball, distributing tensile loads evenly across two points and reducing stress concentration by 40%.

Crafted from high-grade carbon steel and finished with a hot dip galvanized coating, our clevises form a thick, anti-rust layer that withstands salt spray, humidity, and industrial pollution. This makes our corrosion-resistant Y type ball clevis for coastal power networks a reliable long-term solution for outdoor use, ensuring 25+ 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 power transmission infrastructure, our Y type ball clevises deliver key benefits that align with B-end procurement priorities:

Y-Shaped Socket Design: The dual-arm structure cradles the insulator ball, making our Y type ball clevis for insulator connections ideal for high-tension transmission lines and reducing insulator fatigue risk.
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 Y type ball clevis for coastal power networks withstands salt spray and humidity without degradation.
High Tensile Strength Forged Steel: Forged from Q235 carbon steel, our high strength Y type ball clevis for transmission towers supports tensile loads up to 120kN, maintaining stability under wind, ice, and seismic conditions.
Custom Size Capabilities: We offer custom-size Y type ball clevis for power projects with socket diameters and arm lengths tailored to your insulator specifications, eliminating the need for adapters and reducing installation time.
Universal Insulator Compatibility: The clevis integrates seamlessly with ANSI/IEC-compliant insulators, including porcelain and composite types—our Y type ball clevis for ANSI power fittings simplifies on-site assembly and reduces procurement complexity.
Global Compliance: Each clevis meets ISO 9001 and IEC 61300 standards, with full traceability and test reports to support project acceptance worldwide, making our IEC-compliant Y type ball clevis for global buyers a trusted choice.

Ideal Applications Across Power Infrastructure

Our Y type ball clevises are trusted in critical overhead transmission projects worldwide:

High-Voltage Transmission Towers: Used to connect insulators to 110kV–220kV transmission towers, leveraging our Y type ball clevis for transmission towers 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 Y type ball clevis for coastal power networks.
Industrial Power Facilities: Integrates with factory and mining power systems, where our high strength Y type ball clevis for heavy duty lines resists vibration and mechanical stress.
Rural Power Grid Expansion: The custom size capabilities support rapid deployment in remote areas, with our custom-size Y type ball clevis for power projects reducing logistics complexity.
Substation Infrastructure: Supports insulator connections in substation busbar systems, where our Y type ball clevis for substation use provides reliable load transfer for critical power connections.

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 1.2 million+ clevises, we fulfill bulk supply Y type ball clevis for utility projects with MOQs starting at 300 pieces and lead times as short as 14 days, supporting tight infrastructure timelines.
Precision Forging & Galvanization: Our automated forging and galvanization processes ensure consistent socket alignment and zinc coating thickness, reducing defects and rework for our Y type ball clevis socket eye for power transmission.
Technical Support: Our engineering team offers load-calculation tools, installation guidelines, and custom design services to optimize clevis performance for your project, whether you’re deploying corrosion-resistant Y type ball clevis for coastal power networks or high strength Y type ball clevis for transmission towers.
Cost Efficiency: The durable design and corrosion resistance reduce replacement and maintenance costs by 40% compared to generic clevises, delivering long-term ROI for our IEC-compliant Y type ball clevis 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 Y type ball clevises:

Pre-Installation Check: Inspect each Y type ball clevis socket eye for power transmission for galvanization defects, forging cracks, and socket alignment. Verify that the size and load rating match your insulator specifications.
Secure Insulator Connection: Insert the insulator ball into the Y-shaped socket, tighten the cross-bolt to the recommended torque (40–50 Nm) for Y type ball clevis for insulator connections, and secure with a cotter pin to prevent loosening.
Routine Inspection: Conduct annual visual checks to verify galvanization integrity and bolt torque. Retorque bolts after extreme weather and replace any clevis with corrosion or deformation to maintain stability, especially for corrosion-resistant Y type ball clevis for coastal power networks.
Compatibility Verification: Ensure that Y type ball clevis for ANSI power fittings is paired with compatible insulators to avoid stress concentrations on the insulator or clevis.