Hot Dip Galvanized Thimble Clevis Steel Cable Socket for Power Lines

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Hot Dip Galvanized TC Type Thimble Clevis | 50KN/70KN/120KN Steel Cable Socket for Power Lines

Our hot dip galvanized thimble clevis for power cables are 50KN/70KN/120KN steel cable sockets, engineered via permanent mold casting for dead-end grip accessories. Offering hanging/pole mount options and anti-corrosion protection, these thimble clevis for dead end grip deliver reliable load distribution, trusted by B-end buyers for global power infrastructure projects.

Product Information

Material:

Steel

Mounting Type:

Hanging Mount, Pole Mount

Type:

Thimble clevis

Application:

Electric Power Cable

Casting Method:

Permanent Mold Casting

OEM Customization:

Accepted

Inquiry

Product Details

What Makes Our TC Type Thimble Clevis Stand Out?

Our hot dip galvanized TC type thimble clevis for power cables are engineered as critical connection points for high-voltage power cable dead-end systems, combining permanent mold casting precision with hot-dip galvanized durability to outperform cast alternatives. Unlike generic clevises, our TC type thimble clevis for dead end grip features a dual-hole design that integrates seamlessly with thimbles and insulators, creating a secure, low-resistance connection that minimizes cable wear and stress concentration.

The hot-dip galvanized finish forms a thick, rust-resistant layer, making our 50KN/70KN/120KN thimble clevis for high voltage lines ideal for long-term outdoor use in humid, coastal, or industrial environments. This robust construction ensures that even under extreme loads—from 50KN for light-duty distribution lines to 120KN for heavy-duty transmission towers—the clevis maintains structural integrity, reducing maintenance costs for utility companies and infrastructure contractors.

Core Performance Advantages for B-End Buyers

Designed to meet the rigorous demands of power cable dead-end systems, our thimble clevises deliver key benefits that align with B-end procurement priorities:

Permanent Mold Casting Precision: The casting process ensures uniform material density and consistent dimensions, providing high tensile strength TC type thimble clevis that resists cracking under extreme loads.
Hot-Dip Galvanized Corrosion Resistance: The galvanized finish provides 25+ years of anti-rust protection, ensuring reliability in coastal, rural, and industrial environments—our anti-corrosion thimble clevis for coastal power networks withstands salt spray and humidity without degradation.
50KN/70KN/120KN Load Versatility: Covering a range of load capacities, our 50KN/70KN/120KN thimble clevis for high voltage lines fits 11kV–220kV power systems, eliminating the need for multiple SKUs in bulk projects.
Dual Mount Compatibility: The clevis supports both hanging mount and pole mount installations, making our hanging mount thimble clevis for overhead lines and pole mount thimble clevis for utility poles versatile for diverse project needs.
Universal Hardware Integration: The dual-hole design pairs seamlessly with ANSI/IEC-compliant thimbles, insulators, and U-bolts—our TC type thimble 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 thimble clevis for global buyers a trusted choice.

Ideal Applications Across Power Infrastructure

Our TC type thimble clevises are trusted in critical power cable systems worldwide:

High-Voltage Transmission Lines: Used for dead-end grip installations on 110kV–220kV transmission towers, leveraging our 120KN thimble clevis for heavy duty transmission to maintain cable tension in high-wind zones.
Medium-Voltage Distribution Networks: Secures 11kV–33kV distribution cables on utility poles, with our 50KN/70KN thimble clevis for distribution lines ensuring stable performance in urban and rural areas.
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 anti-corrosion thimble clevis for coastal power networks.
Industrial Power Facilities: Integrates with factory and mining power systems, where our high tensile strength TC type thimble clevis resists vibration and mechanical stress.
Renewable Energy Grid Connections: Supports solar and wind farm transmission lines, with our hanging mount thimble clevis for overhead lines accommodating cable dead-ends in remote locations.

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 TC type thimble clevis for utility projects with MOQs starting at 400 pieces and lead times as short as 14 days, supporting tight infrastructure timelines.
Precision Manufacturing: Our automated casting and galvanization processes ensure consistent quality, reducing defects and rework for our 50KN/70KN/120KN thimble clevis for high voltage lines.
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 anti-corrosion thimble clevis for coastal power networks or 120KN thimble clevis for heavy duty transmission.
Cost Efficiency: The durable design reduces replacement and maintenance costs by 40% compared to generic clevises, delivering long-term ROI for our IEC-compliant thimble 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 TC type thimble clevises:

Pre-Installation Check: Inspect each hot dip galvanized TC type thimble clevis for power cables for galvanization defects, casting cracks, and hole alignment. Verify that the load rating matches your project requirements.
Secure Mounting: Align the clevis with your thimble and cable dead-end grip, tightening bolts to the recommended torque (35–45 Nm) for TC type thimble clevis for dead end grip.
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 anti-corrosion thimble clevis for coastal power networks.
Compatibility Verification: Ensure that TC type thimble clevis for ANSI power fittings is paired with compatible hardware to avoid stress concentrations on the cable or pole.