Ningbo Marshine Power Technology Co., Ltd.
Ningbo Marshine Power Technology Co., Ltd.
Products

Fiber Optic Stringing Blocks

MARSHINE's fiber optic stringing blocks are designed to ensure precise, efficient, and safe handling of delicate fiber optic cables during installation. As the Fiber optic stringing blocks are critical tools used in the deployment and installation of optical fibers, it is excellent particularly in telecommunications, power grid infrastructure, and smart grid projects.


What’s the voltage and capacity range about the fiber optic blocks?


Low-capacity Blocks: Designed for small-diameter fiber optic cables, these blocks are suitable for short-distance installations or low-tension applications.

High-capacity Blocks: Built to handle larger-diameter cables or higher tension levels, these MARSHINE fiber optic stringing blocks are essential for long-distance installations or projects requiring significant pulling force.

Voltage-rated Blocks: Some blocks are specifically designed for use in high-voltage environments, providing additional insulation and protection to ensure operator safety.


What's the structural design of these blocks?


Single-wheel Blocks: Designed for basic fiber optic stringing operations, these blocks features a single, smooth wheel with a precision-machined groove to accommodate fiber optic cables. Ideal for small-scale or temporary installations, they are lightweight and easy to handle.

Double-wheel Blocks: These MARSHINE fiber optic stringing blocks, which equipped with two wheels, can provide enhanced stability and load distribution during cable installation. They are suitable for longer spans and heavier cables, reducing the risk of cable damage due to uneven tension.

Multi-wheel Blocks: These blocks with three or more wheels, these blocks are used in complex installations where multiple fiber optic cables need to be strung simultaneously. They ensure even tension distribution and minimize wear on the cables.


MARSHINE's Fiber Optic Stringing Blocks represent a cutting-edge solution for modern fiber optic installation needs. Their classification based on structural design, material composition, application-specific features, tension control capabilities, and specialized functions ensures that there is a block tailored to every project requirement. Whether for telecommunications networks, power grid infrastructure, or industrial applications, MARSHINE's fiber optic stringing blocks are engineered to deliver precision, reliability, and durability in even the most demanding environments. With a focus on innovation and quality, MARSHINE continues to set new standards in fiber optic installation technology.


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OPGW Cable Fiber Optic Stringing Block

OPGW Cable Fiber Optic Stringing Block

Engineered by MARSHINE, a large Chinese supplyer in electric power industry tools to streamline the installation and maintenance of Optical Ground Wire (OPGW) cables, ensuring flawless performance of both power transmission and fiber optic communication networks. The MARSHINE OPGW Cable Fiber Optic Stringing Block with its industry-leading precision, it guarantees uninterrupted data transmission and maximizes the lifespan of high-value OPGW infrastructure. Designed for utility and telecom professionals, this specialized block safeguards delicate fiber strands from tension stress, abrasion, and torsional damage during stringing operations. With competitive price, this block can be a better choice for your team.
Grounding Roller Fiber Optic Stringing Block

Grounding Roller Fiber Optic Stringing Block

As a Chinese large manufacturer, our MARSHINE are a pioneer in the cable installation tools and have offered the high-quality tools with competitive price in past decade. To provide customers with a durable tool that can enhance the safety and efficiency of the fiber optic cable installations in the high-voltage and telecom environments, we released the MARSHINE Grounding Roller Fiber Optic Stringing Block, which integrates the advanced grounding mechanisms with the precision engineered rollers to protect the sensitive fiber optic cables from the electrical interference and physical damages.
Bunch Fiber Optic Stringing Block

Bunch Fiber Optic Stringing Block

As a specialized tool which was designed by MARSHINE, who was a Chinese manufacturer that supply with stringing blocks of cable installation tasks with the affordable price, this MARSHINE Bunch Fiber Optic Stringing Block is ideal for the efficient yet secure installation of fiber optic cables in the high-stakes telecommunications and the power transmission projects.This innovative block tool combines the precision engineering with the robust durability, is able to deal with the challenges of handling the delicate fiber optic bundles.
660mm Diameter Fiber Optic Fiber Stringing Blocks

660mm Diameter Fiber Optic Fiber Stringing Blocks

Our MARSHINE was a Chinese supplier who take apart in the field of the electric power tools for decades, have been providing the efficient cable stringing device with the competitive price for many years. This MARSHINE 660mm Diameter Fiber Optic Stringing Blocks was a precision-engineered tool that designed for the efficient and reliable handling of the fiber optic cables during the installation and the maintenance. These blocks are specifically tailored to meet the demands of the modern fiber optic infrastructure projects, can offers the efficient yet reliable performance.
OPGW Fiber Optic Fiber Stringing Blocks

OPGW Fiber Optic Fiber Stringing Blocks

As a company from China, who dedicated to building excellent OPGW Fiber Optic Fiber Stringing Blocks for many years with competitive price, our MARSHINE focuses on manufacturing high-standard and high-quality international products and conducts trade with more than 50 countries around the world. We have been deeply involved in the power machinery industry for many years and we will definitely be your good choice.
As a professional Fiber Optic Stringing Blocks manufacturer and supplier in China, we have our own factory and offer discount items. You can leave us a message.
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