Custom Guy Grip

Our products deliver unparalleled grip strength, durability, and corrosion resistance, ensuring reliable and safe usage

General Hot Selling Products

Guy Grip Dead End

The “Guy Grip,” commonly known as the “Guy Grip Dead End” or “Preformed Guy Grip,” is a pivotal component in power line hardware technology. It connects and grips conductors, grounds wires, and supports optical fiber applications, providing essential stability to our electrical systems.

Constructed with helical-shaped legs and unreactive grits, each turn of the guy grip secures the messenger wire, preventing slippage between the grip and conductors. It is versatile and customizable, catering to varying dead grip needs, fitting a multitude of sizes and applications.

The guy grip is manufactured using top-quality raw materials such as aluminum and a galvanized finish. This choice of materials ensures a perfectly executed grip performance, durable enough to withstand challenging conditions while maintaining its functionality.

At Dapeng, we believe in exceeding customer expectations by delivering high-quality, adaptable products like the guy grip. As a symbol of reliability and adaptability, it’s designed to ensure optimal performance of power lines. As technology advances and the power industry’s demands grow, we commit to continual innovation and improvement of products like the guy grip to meet these needs. For any queries or concerns, feel free to reach out to us. We value your feedback and strive to deliver excellence in every performance.


Preformed Dead End

The Preformed Tension Clamp, also known as the Preformed Dead End or Dead End Cable Grips, is an indispensable component in power line hardware technology. Primarily, it is used in communication ADSS fiber, OPGW cable, or OPPC, solidifying its pivotal role in the transmission of data across long distances.

Serving as a particular type of Guy Grip, the preformed dead end functions on ADSS/OPGW transmission lines, connecting the ADSS/OPGW/OPPC to overhead towers or poles. Its design safeguards cable connections, ensuring not just simplicity in installation but also overall safety.

The Dead End Cable Grips are designed with a unique focus on protecting the ADSS/OPGW/OPPC cables from damage at stress points. This precautionary feature ensures there is no decrease in signal during transmission, thereby providing superior performance and uninterrupted data flow.

While the preformed tension clamp and guy wire dead end grips might appear similar in shape when used on the conductor and earth wire, they possess substantial differences in specification, raw material, and strength requirement. This highlights the specialized functionality each brings to the power line hardware system.

Recognizing that different countries have varying design standards, we provide OEM services tailored to customer’s specific requirements.

As an experienced manufacturer and supplier, Dapeng power  has an in-depth understanding of the standards and manufacturing processes. Our commitment is to understand and meet your needs effectively. For any queries about our products or services, do not hesitate to contact us. Our goal is to ensure a reliable, high-performing power line hardware solution for all our clients.

Pole top make off

The Pole Top Make Off, a crucial component in the electrical and telecommunication field, is primarily used for terminating stay strands. This termination facilitates the firm anchoring of poles to the ground, providing stability to the overhead system. Fabricated from galvanized steel, a material known for its strength and durability, the Pole Top Make Off is designed to endure harsh environmental conditions.

There are various ways to install the Pole Top Make Off, offering versatility to cater to different scenarios. Typically, the round head of the Pole Top Make Off is connected directly to the pole. Alternatively, it can be assembled on a tension clamp or on a pole band. The other end is wrapped by a short Guy Grip and assembled on the insulator pin. This installation process ensures a solid and secure connection, promoting the overall stability of the system.

One of the standout features of the Pole Top Make Off is its high strength. The use of galvanized steel wire contributes to an exceptional grip strength that equals 95% or more of the stay wire’s breaking load. This strength ensures the Pole Top Make Off can handle high loads and extreme tension.

Another advantage of the Pole Top Make Off is its resistance to rust. Its identical raw material composition to the short Guy Grip ensures a low propensity to corrode at the connecting points, contributing to longevity and reducing maintenance efforts.

Furthermore, the Pole Top Make Off is designed to deter theft. Its firm connection makes it difficult to remove or steal, thereby providing an additional layer of security to the infrastructure it is part of.

In the manufacturing process, the Pole Top Make Off undergoes rigorous quality control. The raw material, A-grade steel wire, is selected with care. During the manufacturing process, any bent wire is removed to avoid any compromised areas. Upon completion, the Pole Top Make Off is subjected to a breaking load test. Only upon passing this test is it deemed ready for packaging and shipping. Manufacturers like Dapeng power strive to ensure perfection in every detail, offering reliable and robust Pole Top Make Off components to the market.

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Guy Grip Size

The Process Flow & Duration Estimation

Please note that the final cost depends on the customized service you require, the specifications of the raw materials used, the relevant national laws, and the distance of transportation. Take the example of booking a 20ft container of products:

Step 1: Confirm The Drawing (0.5-1 days)

The first thing the engineer needs to do is to draw a drawing for the customer, specifying the number, diameter, and length of the guy grip.

Step 2: Sampling (5-10days)

Creating samples before mass production serves multiple critical functions in the manufacturing process. Firstly, it allows for testing and verification of the product’s design, material use, and functionality, ensuring that it meets desired specifications. Secondly, it provides an opportunity for quality assurance, enabling manufacturers to identify and correct potential issues before they become widespread in production. Thirdly, samples can be used for customer approval, permitting feedback and modifications before mass production. Lastly, they can assist with cost estimation and production process refinement, highlighting inefficiencies before scaling up, thereby enhancing overall productivity and cost-effectiveness.

Step 4: Bulk Manufacturing (5-7 days)

  1. Material Procurement: The process starts with the procurement of high-quality steel wire, a strong and durable material that forms the backbone of our preformed wire.

  2. Galvanization: The steel wire is then galvanized, a process in which a protective zinc coating is applied to prevent rusting and corrosion. This step significantly enhances the longevity of the preformed wire.

  3. Stranding: Once galvanized, the wires are stranded together using precision machinery. This stranding process tightly intertwines the wires, creating a robust and resilient structure that can withstand high loads and tension.

  4. Quality Control: Post-production, each unit undergoes rigorous quality checks. This includes visual inspections for surface defects, measurements for accurate sizing, and a breaking load test to verify its strength and reliability. Any units failing to meet our stringent quality standards are rejected.


Step 5: Shipping (10-20 days)

 stacked and loaded into containers, and all shipping safety standards are strictly adhered to to ensure that the product reaches our customers in the best possible condition, wherever they are in the world. As Roc, we ensure a seamless supply chain experience

What are the factors that determine the price of guy grip ?

1. The type of guy grip, is it tension-resistant or draping type?
2. Guy grip applicable to the cable warp
3. the number of  guy grip, diameter, length

The FAQ About Guy Grip

Guy grip, often referred to as preformed dead end or dead end clamp products, is a type of wire widely used in the power transmission and distribution industry, as well as in telecommunications.

Unlike traditional wire, which is typically smooth and straight, preformed dead end is characterized by its helical shape. This distinctive shape is the result of a process in which the wire is twisted or 'preformed' into a spiral before it's used. This pre-twisting gives the wire superior grip and resilience when compared to traditional straight wire, allowing it to better withstand environmental stressors such as wind, ice, and heavy loads.

Preformed dead end is commonly used in a variety of applications, including the construction of overhead power lines, the support and protection of optical fiber cables, and the connection and securing of hardware to poles or towers. The unique properties of preformed dead end such as its strong grip and excellent durability, make it an ideal choice for these and many other applications in the power and telecommunications industries.

In addition to these benefits, preformed dead ned can be manufactured to meet a wide range of specifications, allowing for customized solutions that can cater to specific project needs. This adaptability, combined with its robust performance characteristics, is why guy grip is such a critical component in modern power transmission and distribution systems.

Guy grips, also known as preformed tension clamps, are extensively used in various applications due to their unique structural characteristics. Here are some key uses:

  1. Overhead Power Lines: Guy grips are used extensively in the construction and maintenance of overhead power lines. Their robust grip and high resilience ensure secure fastening of conductors to insulators and hardware to poles or towers.

  2. Cable Support: Guy grips serve a critical role in supporting and protecting fiber optic cables in telecommunications. They help maintain cable integrity, shielding it from environmental stressors like wind and ice.

  3. Guy Wires: In essence, guy grips themselves function as tensioned cables designed to add stability to freestanding structures such as utility poles, antennas, and towers. Their helical shape provides superior grip and prevents slippage.

  4. Dead-end Grips: Guy grips are employed to terminate transmission lines and secure conductors to poles or towers. Their high resilience and strong grip make them ideal for this application.

  5. Vibration Dampers: Guy grips are used in the creation of vibration dampers, effectively reducing wind-induced vibrations, which could potentially lead to structural damage.

  6. Grounding and Shielding: Guy grips are vital in grounding systems and shielding applications, ensuring safe and reliable operations.

These are some of the many applications of guy grips. Their adaptability, enabled by the potential to manufacture them in various specifications, makes guy grips a critical component in contemporary power and telecommunications systems.

The process of installing a guy grip or dead-end grip can be straightforward if the following steps are adhered to:

  1. Pass the Guy Grip Through the Thimble: The first step involves passing the dead-end guy grip through the thimble. The thimble helps protect the wire from wear and tear, especially when connected to other hardware.

  2. Extend the Connection: Ensure that your connection extends to the area with a bend. This is crucial for maintaining the integrity of the installation and ensuring that the guy grip provides the maximum support.

  3. Install the Conductor: Proceed to install the conductor along the strands of the guy grip. The conductor should fit perfectly on the strands of the grip to ensure that the system is secure and the grip performs optimally.

  4. Fit the Conductor to the End of the Guy Grip: Once the conductor is installed along the strands, it should be fitted to the end of the guy grip. This step is vital for maintaining the connection and providing the necessary tension in the wire.

  5. Cover the Strands: After fitting the conductor to the end of the guy grip, the strands should be covered using the opposite side of the guy grip. The strands should overlap each other, which will help secure the connection and provide the necessary strength and stability.

Guy Grip Measurements: Available in a range of lengths and diameters, the chosen dimensions should align with their intended use. Uniform or varied dimensions are possible, depending on the design.

-Guy Grip Construction Material: Guy grips are typically made from materials like aluminum, galvanized steel, or aluminum-clad steel wire, each possessing distinct characteristics and strength levels. Your selection should be driven by your specific needs.

-Design of Guy Grips: There are subtle differences in guy grip designs. One popular variant features a single hole at one end, which forms two holes when bent, accommodating the conductors.

-Finish of Guy Grips (Hot-Dip Galvanization): It's important to ensure the guy grips, particularly those sourced from China, have undergone hot-dip galvanization for maximum rust and corrosion protection.

-Strength of Guy Grips: A grip's ability to withstand heavy loads is determined by its tensile strength, which signifies the grip's overall durability.

If you're unsure about these specifications, it's recommended to seek expert advice to guide you in making the right choice for guy wire grips.

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The ULTIMATE Guide to Surcing overhead line fittings in China 2023

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