Wire Cable Grip in Riyadh is a cable-pulling accessory designed to grip a cable or rope at a selected distance from its end during controlled pulling and installation work. The Cablegrip Type K II uses a double-braided steel mesh with two pressed loops, providing connection points for suitable pulling arrangements.
Nassguard supplies Wire Cable Grips in Riyadh, Jeddah, Dammam, Jubail and Al Khobar, with supply available across Saudi Arabia.
A Wire Cable Grip is a flexible wire-mesh device used to grip and pull suitable cables or ropes. It is also commonly known as a Cable Grip, Cable Pulling Grip, Cable Pulling Sock, Cable Pulling Stocking or Wire Pulling Sock.
The Cablegrip Type K II has a double-braided construction and is open at both ends. It has two pressed loops on one side. This arrangement allows the grip to hold a cable or rope at a desired distance from its end and provides a practical connection for suitable pulling equipment.
The product uses 1 × 19 strand construction. It is available in galvanized steel and stainless-steel configurations. The manufacturer also states that other lengths can be supplied on request and that the grip can be used to a limited extent as a trailing sock.
The selected grip must match the cable or rope diameter and the pulling force required for the installation. The permissible tensile force varies by configuration, so users should always check the specifications of the exact size before use.
Electrical Cable Installation: Electrical contractors can use suitable Wire Cable Grips when pulling cables through prepared routes, ducts and cable pathways.
Cable Duct Installation: The Type K II can provide a practical gripping connection for suitable cables during duct and conduit installation.
Underground Cable Work: Suitable cable grips can assist controlled pulling through underground routes when the cable diameter and pulling force remain within the product limits.
Industrial Electrical Projects: Industrial contractors can use cable pulling grips during electrical installation and maintenance work.
Power Distribution Projects: Suitable cable grips can support controlled cable installation in power distribution projects when the selected configuration matches the cable.
Infrastructure Projects: Utility and infrastructure contractors can use appropriate cable pulling grips when routing cables through prepared installation paths.
Cable Replacement: Maintenance teams can use a suitable grip during cable replacement work when the cable and pulling arrangement meet the product requirements.
Rope Pulling: The product can also grip suitable ropes, subject to the selected configuration and permissible tensile force.
Nassguard supplies Wire Cable Grips in Riyadh and Jeddah for suitable electrical and infrastructure work. Contractors in Dammam and Jubail can use appropriate cable pulling grips for industrial projects. The product is also supplied in Al Khobar and across Saudi Arabia.
The Cablegrip Type K II provides a practical gripping solution when installers need to pull a cable or rope from a selected position rather than simply connecting directly to its end.
Its double-braided mesh surrounds the cable or rope and transfers the pulling force through the grip. The two pressed loops provide connection points for suitable pulling equipment.
The product is available in different sizes. This allows users to select a configuration according to the working diameter and required pulling force.
For example, listed steel configurations include working diameter ranges such as 30.10–40 mm, 40.10–50 mm, 70.10–80 mm and 160.10–200 mm. Stainless-steel variants are also available in several diameter ranges.
The permissible tensile force also changes with the selected configuration. A listed steel configuration for a 160.10–200 mm working diameter range has a permissible tensile force of 79.70 kN, while a listed stainless-steel configuration for 100.10–130 mm has a permissible tensile force of 46.70 kN.
The product should not be selected only by appearance or nominal size. The exact cable diameter, grip range and permissible tensile force should match the planned installation.
| Material | Working Diameter Range | Overall Length | Permissible Tensile Force |
|---|---|---|---|
| Steel | 30.10–40 mm | 1,375 mm | 16.60 kN |
| Steel | 40.10–50 mm | 1,525 mm | 23.20 kN |
| Steel | 70.10–80 mm | 1,800 mm | 34.30 kN |
| Steel | 100.10–130 mm | 1,975 mm | 51.00 kN |
| Steel | 160.10–200 mm | 2,175 mm | 79.70 kN |
| Stainless steel | 40.10–50 mm | 1,500 mm | 20.90 kN |
| Stainless steel | 80.10–90 mm | 1,900 mm | 36.60 kN |
| Stainless steel | 90.10–100 mm | 1,950 mm | 41.40 kN |
| Stainless steel | 100.10–130 mm | 1,975 mm | 46.70 kN |
Before using a Wire Cable Grip, measure the outside diameter of the cable or rope. Compare that measurement with the minimum and maximum working diameter of the selected grip.
Next, check the permissible tensile force. The pulling force must remain within the documented limit for that particular configuration.
Workers should inspect the mesh and both pressed loops before use. Look for broken wires, corrosion, deformation, excessive wear or other visible damage.
The pulling arrangement should remain aligned with the intended direction of travel. Sudden loading and excessive pulling force should be avoided.
The cable or rope must also remain correctly positioned within the grip throughout the operation. A damaged or incorrectly sized grip should not be used.
1. What is a Wire Cable Grip used for?
A Wire Cable Grip is used to provide a controlled gripping connection around a suitable cable or rope during pulling and installation work.
2. What are other names for Cablegrip Type K II?
It can also be described as a Cable Grip, Cable Pulling Grip, Cable Pulling Sock, Cable Pulling Stocking, Wire Cable Grip or Wire Pulling Sock.
3. What is the construction of Type K II?
The Type K II uses a double-braided construction with 1 × 19 strand material and two pressed loops.
4. What materials are available for Type K II?
The listed configurations are available in galvanized steel and stainless steel.
5. What cable diameters can Type K II accommodate?
Different variants cover different working diameter ranges. Listed configurations include ranges from approximately 30.10–40 mm up to 160.10–200 mm, along with other stainless-steel sizes.
6. How much pulling force can the Type K II handle?
The permissible tensile force depends on the selected configuration. Listed examples range from 16.60 kN to 79.70 kN for the steel variants shown above. Users should check the exact product configuration before use.
7. Where can I buy Wire Cable Grips in Saudi Arabia?
Nassguard supplies Wire Cable Grips in Riyadh, Jeddah, Dammam, Jubail and Al Khobar, with supply available across Saudi Arabia.
Cablegrip Type K II provides a practical solution for controlled cable and rope pulling operations. Its double-braided wire mesh, two pressed loops and 1 × 19 strand construction provide a dedicated gripping arrangement for suitable installation work.
The range includes galvanized-steel and stainless-steel configurations with different working diameter ranges, overall lengths and permissible tensile forces.
Selecting the correct size is important. Users should confirm the cable or rope diameter, permissible tensile force, material and complete pulling arrangement before use.
Regular inspection can also help identify broken strands, corrosion, deformation and other damage before the grip enters service.
For businesses looking for a Wire Cable Grip in Riyadh, Nassguard supplies suitable cable pulling grips across Riyadh, Jeddah, Dammam, Jubail and Al Khobar, with supply available throughout Saudi Arabia.
| Specification | Details |
|---|---|
| Product Name | Cablegrip, Type K II |
| Product Type | Wire cable grip / cable pulling grip |
| Construction | Double braid |
| Opening | Open on both sides |
| End Design | 2 pressed loops |
| Strand Construction | 1 × 19 |
| Material Options | Galvanized steel / stainless steel |
| Steel Rope Strength Class | 1,770 N/mm² |
| Stainless Steel Rope Strength Class | 1,570 N/mm² |
| Safety Factor | 3 |
| Working Diameter | Depends on selected variant |
| Overall Length | Depends on selected variant |
| Permissible Tensile Force | Depends on selected variant |
| Main Application | Cable and rope pulling |
| Standard Listed | WKS-2023 |
| Supply Areas | Riyadh, Jeddah, Dammam, Jubail, Al Khobar and Saudi Arabia |
