Cathodic Protection Cable

Hele Titanium is a well-known manufacturer specializing in cathodic protection cables, providing premium anti-corrosion solutions tailored for various industries. With a strong focus on quality and innovation, Hele Titanium delivers state-of-the-art, dependable CP cables that guarantee the longevity and integrity of your infrastructure and assets.

Pioneering Cathodic Protection Cable Solutions

As a leading supplier of CP Cables in China, Hele Titanium provides a comprehensive one-stop solution for all your cathodic protection needs. Our CP cables, available in both standard and custom specifications, are tailored to meet your unique requirements. Trust Hele Titanium for exceptional products, timely delivery, and competitive pricing, all supported by our outstanding service.

Cathodic Protection Cable

Cathodic Protection Cable

Introducing our Cathodic Protection Cable – your defense against corrosion. Crafted for reliability, this cable shields your assets from deterioration in any setting. Committed to quality, our solution guarantees lasting integrity for your essential infrastructure. Choose lasting protection – choose our Cathodic Protection Cable.

HMWPE Wire

HMWPE Wire

Explore the versatility and durability of our HMWPE Wire. Crafted to meet a range of demanding applications, this wire offers exceptional performance in various environments. Whether for industrial, commercial, or specialized use, our HMWPE Wire ensures reliable connectivity and resilience, meeting your wire needs with unwavering quality.

CP Wire

CP Cable

Discover the pinnacle of corrosion protection with our CP Cable. Designed to safeguard your assets, this cable offers reliable defense against the harmful effects of corrosion. Engineered for durability and efficiency, our CP Cable ensures the integrity and longevity of your infrastructure. Choose superior protection – choose our CP Cable.

CP Cable

CP Wire

Introducing our CP Wire – your solution for uncompromising corrosion prevention. Engineered to provide steadfast protection, this wire is designed to resist the corrosive forces of various environments. With a focus on durability and reliability, our CP Wire ensures the longevity and safety of your vital infrastructure. Embrace excellence in corrosion defense – choose our CP Wire.

Tailored CP Cables for Your Unique Anti-Corrosion Needs

At the heart of our dedicated cathodic protection cable manufacturing lies a client-centric approach. We provide a holistic, one-stop solution for your CP cable requirements, ensuring that each aspect is thoughtfully customized to seamlessly align with your diverse applications.

Custom CP Cables for Diverse Anti-Corrosion Needs

Personalized Cable Lengths: Your project deserves precision, and that’s why our CP Cables are available in custom lengths, perfectly tailored to meet the unique specifications of your endeavor.

Client-Centric Connectors: Our team takes the time to understand your specific equipment and setup, providing connectors that seamlessly integrate and ensure flawless operation, putting your needs at the forefront.

Tailored Insulation Options: We believe in choice. Select from a diverse range of insulation materials, thoughtfully curated to match your environmental conditions and application demands with your utmost satisfaction in mind.

Efficient Color Coding: For your convenience, we incorporate color coding to make identification and management of your CP Cables a breeze, ensuring that your requirements remain at the forefront of our design.

Specialized Protective Coatings: When your project demands an extra layer of protection, explore our array of specialized coatings. Each is designed to enhance durability and resilience, ensuring that your specific needs are met with precision and care.

Essential Guide to Cathodic Protection Cables: Informed Selections

Navigate through our comprehensive Cathodic Protection Cables Buyer’s Guide to gain indispensable knowledge and guidance in choosing the perfect CP cables tailored to your requirements. Explore the diverse types, specifications, and applications of these anti-corrosion solutions, empowering you to make well-informed decisions that align seamlessly with your projects.

Chapt 1

What is Cathodic Protection Cable?

What is Cathodic Protection Cable?Cathodic protection cable, a vital component in cathodic protection systems, is specifically engineered to prevent corrosion in metal structures. As the primary conduit connecting anodes, the power supply, and the protected structure, these cables facilitate proper electrical flow within the system.

When choosing power cables for cathodic protection systems, it is essential to prioritize quality, corrosion resistance, and the ability to withstand harsh conditions. Composed of copper conductors and encased in corrosion and wear-resistant plastic insulation, cathodic protection cables provide long-lasting performance across a wide range of challenging environments.

Their excellent electrical properties and durability make cathodic protection cables an indispensable element in safeguarding metal structures from corrosion, ultimately enhancing their service life and reducing maintenance requirements.

Chapt 2

Benefits of Cathodic Protection Cables

Discover the remarkable advantages of Cathodic Protection Cables. By effectively countering corrosion, these cables not only extend the lifespan of your assets but also enhance their overall performance. Experience increased durability and reliability in critical applications with our cutting-edge CP cable solutions.

Benefits of Cathodic Protection cables

  • Corrosion prevention: Cathodic protection cables play a crucial role in inhibiting corrosion, which can compromise the integrity of metal structures, leading to safety hazards and costly repairs.
  • Durability: These cables are designed to withstand harsh environments, including exposure to extreme temperatures, moisture, chemicals, and abrasion, making them ideal for various applications such as pipelines, storage tanks, and marine structures.
  • Improved lifespan: By protecting metal structures from corrosion, cathodic protection cables help extend the service life of assets, resulting in long-term cost savings and reduced maintenance requirements.
  • Electrical properties: Cathodic protection cables possess excellent electrical properties, ensuring the effective flow of current between the anodes and the structure being protected, which is essential for the proper functioning of the cathodic protection system.
  • Versatility: Available in different materials and specifications, cathodic protection cables can be tailored to meet the unique requirements of diverse applications and industries.
  • Ease of installation: Cathodic protection cables are engineered to withstand mechanical abuse during installation, minimizing the risk of damage to the copper electrical conductor and ensuring a reliable connection.
  • Chemical resistance: The insulation materials used in cathodic protection cables, such as HMWPE, provide protection against a wide array of organic and inorganic substances, making them suitable for challenging environments.

By leveraging these benefits, cathodic protection cables offer a comprehensive solution to protect valuable metal structures and ensure their long-lasting performance.

Chapt 3

What is HMWPE  Wire?

What is HMWPE Cathodic Protection WIRE?HMWPE (High Molecular Weight Polyethylene) Cathodic Protection Cable is designed to endure harsh conditions and prolonged exposure, making it a preferred choice for cathodic protection systems. This cable features stranded and annealed copper wire encased in a high molecular weight polyethylene (HMWPE) insulation, providing exceptional dielectric strength and moisture resistance.

During installation, HMWPE Cathodic Protection Wire can withstand significant mechanical abuse without compromising the integrity of the copper electrical conductor. The polyethylene jacket offers chemical resistance and protection against a wide array of organic and inorganic substances.

Depending on the specific application requirements, HMWPE cables are available in two variations: Halar/HMWPE and Kynar/HMWPE.

Chapt 4

Cathodic Protection Cable Specifications

CP Cable Type CPVV, CPY, CPFY, CPFY33
Rated Voltage DC 600V
Core Number 1 core
Conductor Cross-Section 10,16,25,35,50,70
Cross section 10- 70mm2
AWG Cable Size 4,6,8,10,12,14
Conductor Stranded Copper
Insulation HMWPE, PVDF, or KYNAR
Armored (Optional) steel wire, aluminum wire, etc
Sheath (Optional) HMWPE, or KYNAR
The bending radius 20D,(D is outer diameter cable)

Chapt 5

Cathodic Protection Cable Types 

 

Type Product Name Description
CPVV Copper conductor PVC insulated and sheathed cathodic protection cable (Cu/PVC/PVC) PVC insulated and sheathed cable for cathodic protection.
CPY Copper conductor HDPE insulated cathodic protection cable (Cu/HMWPE) HDPE insulated cable designed for cathodic protection.
CPFY Copper conductor fluorine plastic insulated HDPE sheathed cathodic protection cable (Cu/PVDM/HMWPE; Cu/KYNAR/HMWPE) Fluorine plastic insulated HDPE sheathed cable for cathodic protection.
CPFY33 Copper conductor fluorine plastic insulated fine-steel-wire-armored HDPE sheathed cathodic protection cable Armored cable with fluorine plastic insulation and HDPE sheath for cathodic protection.
(Cu/PVDM/SWA/HMWPE; Cu/KYNAR/SWA/HMWPE) Armored cable options with fine-steel wire armor for enhanced protection.

CPVV CableCPVV Cable

The CPVV Cable (Cu/PVC/PVC) is a dependable and versatile cathodic protection cable designed to prevent corrosion in metal structures, pipelines, and storage tanks.

It features a high-quality copper conductor for efficient current distribution and PVC insulation for electrical protection and durability in challenging environments. The PVC sheath adds further resistance to mechanical stresses and corrosion, ensuring optimal performance and longevity in various industries and applications.


 

 CPY CableCPY Cable

The CPY Cable (Cu/HMWPE) is a reliable and eco-friendly cathodic protection cable designed to prevent corrosion in metal structures, pipelines, and storage tanks.

Featuring a high-quality copper conductor for excellent conductivity, HDPE insulation for electrical protection, and resistance to harsh environments, this cable is an ideal choice for various industries and applications. Its durable construction and UV resistance ensure optimal performance and long-lasting service.


Benefits of Cathodic Protection cablesCPFY Cable

The CPFY Cable (Cu/PVDM/HMWPE; Cu/KYNAR/HMWPE) is a high-performance, durable cathodic protection cable designed to prevent corrosion in metal structures, pipelines, and storage tanks.

It features a copper conductor for excellent conductivity, fluorine plastic insulation for electrical protection and resistance to harsh conditions, and an HDPE sheath for added durability and UV resistance. This versatile cable is suitable for various industries and applications, ensuring optimal performance and long-lasting service.


CPFY 33 CableCPFY 33 Cable

The CPFY33 Cable (Cu/PVDM/SWA/HMWPE; Cu/KYNAR/SWA/HMWPE) is a durable, high-performance cathodic protection cable designed to prevent corrosion in metal structures, pipelines, and storage tanks.

It features a copper conductor for efficient current distribution, fluorine plastic insulation for electrical protection and resistance to harsh conditions, fine-steel-wire armor for enhanced mechanical protection, and an HDPE sheath for additional durability and resistance to UV radiation. This versatile cable is ideal for various industries and applications, ensuring optimal performance and long-lasting service.

Chapt 6

Applications of Cathodic Protection Cables

Applications of Cathodic Protection Cables

Cathodic protection cables play a vital role in preventing the corrosion of metallic structures by facilitating the flow of electrical current in cathodic protection systems. These systems use either sacrificial anodes or impressed currents to protect various structures from the electrochemical reactions that lead to corrosion. Here are some common applications where cathodic protection cables can be used:

  1. Pipelines: Cathodic protection is widely employed in oil, gas, and water pipelines to preserve their structural integrity, prolong their service life, and prevent leaks or ruptures caused by corrosion.
  2. Storage tanks: Underground and aboveground storage tanks used in industries such as petroleum, chemical, and water storage can benefit from cathodic protection to prevent corrosion and ensure the safe containment of their contents.
  3. Marine structures: Offshore platforms, jetties, piers, and other submerged or partially submerged marine structures are susceptible to corrosion due to their constant exposure to seawater. Cathodic protection cables help mitigate corrosion risks in these environments.
  4. Ships and vessels: Cathodic protection systems are used on ships, boats, and other marine vessels to protect their hulls from corrosion, which can compromise their structural integrity and performance.
  5. Bridges and other infrastructure: Steel-reinforced concrete structures such as bridges, dams, and parking garages can also benefit from cathodic protection to prevent corrosion of the embedded steel and ensure their long-term durability.
  6. Metal reinforcement in concrete structures: Cathodic protection can be applied to metal reinforcements in concrete structures

Chapt 7

How to Purchase a Right Cathodic Protection Cable?

How to Purchase a Right Cathodic Protection Cable?To find a suitable cathodic protection cable for your specific application, you should consider several factors to ensure the cable’s performance, durability, and effectiveness in preventing corrosion. Here’s a step-by-step guide to help you select the right cathodic protection cable:

  1. Determine the application: Identify the type of structure requiring cathodic protection (e.g., pipeline, storage tank, marine structure, etc.). Different applications may have varying requirements for cable specifications.
  2. Assess environmental conditions: Evaluate the environmental factors affecting your structure, such as soil resistivity, temperature, moisture, and chemical composition. These factors influence the cable’s insulation material choice and its resistance to degradation.
  3. Estimate current requirements: Calculate the current capacity needed for the cathodic protection system based on the structure’s size, surface area, and coating type. This information will help you determine the appropriate cable size and conductor material.
  4. Consider voltage drop: Account for voltage drop due to cable length and resistance. Long cable runs may require larger conductor sizes to minimize voltage drop and maintain effective cathodic protection.
  5. Select conductor material: Choose between copper and aluminum conductors based on factors such as cost, weight, and corrosion resistance. Copper is generally more conductive and corrosion-resistant, while aluminum is lighter and more affordable.
  6. Choose insulation material: Select an insulation material that provides excellent resistance to chemicals, moisture, abrasion, and temperature variations. Common choices include

Chapt 8

In Summary

Given the numerous cathodic protection cable manufacturers available, choosing the right one may seem overwhelming for first-time buyers. Nonetheless, being well-informed can make the process of finding the ideal manufacturer much more manageable.

Hele Titanium offers an extensive selection of cathodic protection cables, tailored to accommodate the diverse requirements of our clients. Our friendly and knowledgeable team is always prepared to help you select the most suitable option based on your specific needs and industry demands.

CP Cables Can be Easy & Safe

No matter the specific cathodic protection cable requirements you have, our vast expertise enables us to produce it for you. Notably, as we create our own raw materials, we have the advantage of delivering superior quality control and more competitive pricing compared to our worldwide competitors.

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