• High Tensile Steel Conductor Mesh Sock Joints for Even Pressure Distribution and Non Crushing Performance
  • High Tensile Steel Conductor Mesh Sock Joints for Even Pressure Distribution and Non Crushing Performance
  • High Tensile Steel Conductor Mesh Sock Joints for Even Pressure Distribution and Non Crushing Performance
  • High Tensile Steel Conductor Mesh Sock Joints for Even Pressure Distribution and Non Crushing Performance
  • High Tensile Steel Conductor Mesh Sock Joints for Even Pressure Distribution and Non Crushing Performance
High Tensile Steel Conductor Mesh Sock Joints for Even Pressure Distribution and Non Crushing Performance

High Tensile Steel Conductor Mesh Sock Joints for Even Pressure Distribution and Non Crushing Performance

Product Details:

Place of Origin: Ningbo
Brand Name: Suntech
Certification: ISO
Model Number: SLW

Payment & Shipping Terms:

Minimum Order Quantity: 1 PCS
Price: Negotiable
Packaging Details: Plywood Case
Delivery Time: 3-7days
Payment Terms: L/C,T/T
Supply Ability: 30000 PCS/Month
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Detail Information

Name: Conductor Mesh Sock Joints Model: SLW
ACSR: 70-1250 Rated Load: 15-120KN
Breaking: 30-250KN Warranty: 1 Year
Highlight:

Even Pressure Distribution Conductor Mesh Sock Joints

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Non Crushing Performance Mesh Sock Joints

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High Tensile Steel Conductor Grips

Product Description

Engineered Conductor Mesh Sock Joints
Engineered Conductor Mesh Sock Joints provide even pressure distribution and non-crushing performance for safe handling of bare overhead conductors.
Product Specifications
Single Head Item # Double Head Item # Model Applicable Conductor (ACSR) Rated Load (KN)
17161 17181 SLW(S)-1.5 ACSR70-95 15
17162 17182 SLW(S)-2 ACSR120-150 20
17163 17183 SLW(S)-2.5 ACSR185-240 25
17164 17184 SLW(S)-3 ACSR300-400 30
17165 17185 SLW(S)-4 ACSR500-600 40
17166 17186 SLW(S)-5 ACSR720 50
17167 17187 SLW(S)-7 ACSR900 70
17168 17188 SLW(S)-8 ACSR1000-1120 80
17169 17189 SLW(S)-12 ACSR1250 120
Product Overview
Conductor Mesh Sock Joints are specialized temporary gripping devices essential for safe and efficient handling, tensioning, and pulling of bare overhead conductors including ACSR (Aluminum Conductor Steel Reinforced) and AAAC (All Aluminum Alloy Conductor). These joints consist of flexible tubular sleeves woven from high-tensile steel wires, forming strong, expandable mesh structures that create secure, distributed grips on conductor strands without causing damage.
Key Features and Benefits
Secure High-Strength Temporary Grip Creates temporary termination points capable of withstanding full pulling or tensioning forces through mechanical interlocking with conductor strands.
Conductor Protection from Damage Distributes gripping force evenly along significant conductor length, preventing crushing, notching, and preserving mechanical integrity and electrical conductivity.
Pulling Eye and Loop Formation Enables creation of robust pulling points for attachment to pulling lines or winch hooks, eliminating need for separate bulky hardware.
Reliable Temporary Dead-End Function Serves as provisional dead-end clamp during construction or repairs, allowing safe work on tensioned sections.
Safe Conductor Stringing Preferred method for connecting conductors to pulling ropes, featuring secure grip and smooth profile for easy passage through equipment.
Wide Conductor Size Compatibility Available in various diameters and lengths to accommodate different conductor sizes from distribution to transmission voltages.
Durable and Reusable Construction Built from galvanized high-carbon or stainless steel wire to withstand significant abuse and provide multiple uses.
Simplified Splicing and Repair Operations Facilitates conductor alignment and tension control during complex splicing and repair procedures.
Live Line Work Compatibility Provides secure attachment points for barehand method work on energized lines when properly installed.
Industry Standard Performance Established best practice in overhead line industry, proven reliable on countless transmission and distribution projects worldwide.
Conductor Mesh Sock Joints provide a simple yet highly effective solution for applying massive force to vulnerable conductors without causing damage. These joints serve as powerful, protective interfaces between conductors and installation equipment, enabling secure grips, safe pulls, and temporary terminations that contribute directly to the quality and longevity of electrical grid infrastructure.

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