Double Sides Dragging Cable Grip Type WTG

The WTG net sleeve is a dual-sided pull cable net, the head can go through it, making it convenient to fix and hang the net head after pulling. It is of critical and diverse use for large high-voltage cables during undersea pulling construction.

When using hot-dip galvanized steel wire net sleeve, its excellent strength allows it to hold tightly onto large high-pressure cables in complex and harsh undersea environments. During undersea pulling operations, it can effectively prevent the cable from slipping, ensuring that it follows its predetermined undersea route steadily, thereby guaranteeing the continuity and precision of undersea cable laying projects. This enables power energy to be transmitted smoothly from land to various electrical facilities in the ocean, such as power supply systems on islands and offshore oil drilling platforms.

product details

Product Parameters

Model	Size Range	Mesh length	Total length	Breaking load
WTG-6	45388	400	550	600
WTG-8	45452	500	650	600
WTG-10	45547	500	700	900
WTG-16	13-18	600	800	3000
WTG-20	16-21	800	1000	4000
WTG-25	22-28	1100	1300	7000
WTG-30	29-36	1200	1420	7000
WTG-40	37-45	1300	1550	10000
WTG-50	45-55	1400	1650	12000
WTG-60	56-68	1550	1900	12000
WTG-75	69-80	1650	2080	12000
WTG-90	80-95	1750	2150	15000
WTG-115	88-101	1800	2220	18000
WTG-130	101-114	1900	2350	18000
WTG-155	115-127	2100	2560	20000
WTG-180	124-152	2200	2680	20000
WTG-220	153-180	2300	2780	20000
WTG-230	180-230	2400	2700	20000
WTG-280	230-280	2550	2850	20000
WTG-320	280-320	2770	2950	20000

If stainless steel 304 net sleeve is used, its excellent corrosion resistance is fully demonstrated in high-salinity seawater. In long-time undersea operation, it can resist the corrosion of seawater and maintain its own structural integrity and strength, stably attached to the cable and smoothly guide the cable to the designated position, helping to build and improve the undersea cable network and provide solid support for the infrastructure construction of communication and energy supply in marine areas.

The stainless steel 316 net sleeve, with higher corrosion resistance and strength, is particularly suitable for deep sea areas or more severe marine environments for submarine cable pulling operations. In deep sea high pressure, low temperature and strong corrosive environments, it can still function reliably, tightly wrapping the cable and ensuring that the cable arrives at its destination intactly over long distances and deep in the sea, thus ensuring stable and reliable power and communication connections in the deep sea region and serving as a guardian for cable laying work in deep sea scientific research, deep sea resource development and other projects.

For the net sleeve of the aluminum alloy pressed section, the aluminum alloy material ensures a certain strength while having the advantage of being light. In undersea traction construction, the lighter weight can reduce the load requirements on the traction equipment, making it easier to operate and control the traction process, making the entire traction operation more efficient and precise, which helps to improve the speed and quality of large high-pressure cable laying in the sea, reduces construction costs and time costs.

The stainless steel-pressed section of the net sleeve relies on the high strength and corrosion resistance of stainless steel to provide a stable and protective support for the connection points in the harsh undersea environment. When subjected to huge tensile forces, the pressed section will not easily deform or damage, ensuring that the net sleeve and cable connection is tight and reliable, guaranteeing the safety and stability of cable pulling construction, and preventing cable drop-off and construction accidents caused by connection failure.

A copper-clad net sleeve, with its excellent conductivity, has unique value in certain special undersea cable construction scenarios. For example, in engineering projects involving undersea power transmission and requiring precise monitoring and control of the cable's electrical performance, the copper-clad compression area can ensure the stability of the net sleeve connection while not affecting the electrical characteristics of the cable, allowing the construction process to complete the cable's traction laying smoothly while meeting the requirements for precise power transmission and stability, ensuring the efficient operation and intelligent management of the undersea power network.