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Características

Especificações

Nome: Fusões de meias de malha

Modelo: SWL-16

Diâmetro aplicável do cabo: 12 a 150 mm

Carga nominal: 10-30KN

Peso: 00,8-2,6 kg

Garantia: 1 ano

Destacar:

Non-Damaging Grip Cable Mesh Sock Joint

High-Tensile Stainless Steel Mesh Sock Joint

12-150mm Cable Diameter Cable Gripping Sock

Informação básica

Lugar de origem: Ningbo

Marca: Suntech

Certificação: ISO

Número do modelo: Swl

Condições de Pagamento e Envio

Detalhes da embalagem: Caixa de madeira compensada

Tempo de entrega: 3-7 dias

Termos de pagamento: L/C,T/T

Habilidade da fonte: 3000 PCS/mês

Galeria

High-Tensile Stainless Steel Cable Mesh Sock Joint for Non-Damaging Grip on 12-150mm Cables

Descrição de produto

Professional Cable Mesh Sock Joints

Professional Cable Mesh Sock Joints provide safe, secure, and non-damaging installation for fiber optic and power cables in ducts. These high-performance gripping devices are engineered to protect sensitive cable components during high-tension pulling operations.

Product Specifications

Item Number	Model	Applicable Cable Diameter (mm)	Rated Load (KN)	Weight (kg)
21361	SWL-16	Φ12-16	10	0.8
21362	SWL-20	Φ16-20	10	0.8
21363	SWL-25	Φ20-25	15	1.0
21364	SWL-37	Φ25-37	15	1.0
21365	SWL-50	Φ37-50	15	1.0
21366	SWL-60	Φ50-60	25	2.4
21367	SWL-80	Φ60-80	25	2.4
21368	SWL-100	Φ80-100	25	2.4
21369	SWL-120	Φ100-120	30	2.6
21370	SWL-150	Φ120-150	30	2.6

Product Overview

Cable Mesh Sock Joints are specialized gripping devices engineered for safe installation of fiber optic cables, power cables with sensitive jackets, and specialized cables like OPGW (Optical Ground Wire). The flexible tubular sleeve, woven from high-tensile stainless steel or galvanized steel wires, forms a strong, expandable grip that contracts radially when compressed with specialized ferrules. This creates a distributed mechanical bond that grips the cable's outer strength members over a long surface area, applying uniform circumferential pressure without damaging the cable's internal components or outer jacket.

Key Features & Benefits

Secure High-Strength Non-Damaging Grip Transfers immense pulling forces without causing harm, with grip strength often exceeding the cable's tensile strength for safe application during long pulls.

Protects Sensitive Cable Components Distributes force over a larger area to eliminate pressure points, preserving waterproofing integrity and preventing damage to optical fibers and delicate jackets.

Reliable Pulling Eyes and Loops Forms robust, streamlined pulling points that reduce snagging during installation through bends and congested ducts.

Ideal for Fiber Optic and OPGW Cables Industry-preferred method that grips strength members directly, bypassing sensitive buffer tubes to prevent attenuation increases and fiber breaks.

Facilitates Long-Distance High-Tension Pulls Designed for continuous high-tension applications, preventing grip reversal under load to increase installation efficiency.

Versatile for Multiple Cable Types Available in wide range of diameters and lengths with adjustable sizing for diverse cable products from small fiber optic to large power cables.

Durable and Corrosion-Resistant Constructed from 300-series stainless steel or hot-dip galvanized steel wire for long-lasting performance and multiple reuses.

Simplifies Work in Confined Spaces Flexible low-profile design ideal for cramped manholes, handholes, and crowded cable trays.

Professional-Grade Installation Tool Industry best practice for quality installation that prioritizes asset protection and long-term network reliability.

Investment in Network Integrity Protects valuable cable assets to ensure lower attenuation, fewer faults, higher reliability, and reduced maintenance costs.

Cable Mesh Sock Joints are indispensable engineering solutions for modern cable installation. They masterfully solve the challenge of applying significant force to vulnerable cables by providing a powerful yet protective interface that enables safe, efficient deployment of critical power and communication network cables.

etiqueta:

Pessoa de Contato :	Mr. Peter Mao
Telefone :	86-13958364836

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