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Irradiated Armored Cables

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What Are Irradiated Armored Cables?
Main Components
● Armored Layer: Made from metal materials such as steel or aluminum, this layer provides additional physical protection against mechanical damage.
● Insulation Layer: Treated with irradiation cross-linking, this layer enhances the cable's heat and chemical resistance, ensuring stable performance in high-temperature and humid conditions.
Irradiated armored network cables are a type of high-performance cable that combines irradiation cross-linking technology with a metal armored layer. The irradiation cross-linking process involves bombarding the insulation material with high-energy electron beams generated by an electron accelerator. This bombardment causes the molecular chains of the insulation to cross-link, enhancing its heat resistance, abrasion resistance, and corrosion resistance.

Applications of Irradiated Armored Cables

Irradiated armored network cables are perfect for

Industrial automation
Telecommunications infrastructure
Data centers
3 Products Found.

Why Choose Our Irradiated Shielded Ethernet Cable?

At DLAY, our Irradiated Shielded Ethernet Cables are engineered to deliver exceptional data transmission and robust network security. Here’s why they stand out:

Industry Compliance

Our cables meet international standards, including ISO, CE, and RoHS, ensuring top quality and environmental responsibility.

Custom Solutions

Tailor your cables with various lengths, colors, and configurations to fit your specific networking needs.

Exceptional Support

Benefit from DLAY dedicated customer service, expert consultation, and comprehensive warranties to ensure your network runs smoothly.

 

Advantages of Irradiated Armored Cables

Superior Protection

Armored Layer: The outer armor protects the cable from physical damage, such as impacts and abrasions, making it suitable for harsh environments.

Rodent Resistant: The sturdy design deters rodents and other pests from damaging the cable.

Enhanced Insulation

Irradiation Cross-Linking: This process improves the insulation properties of the cable, providing better heat resistance and electrical performance.

Chemical Resistance: The materials used are resistant to various chemicals, ensuring functionality in industrial settings.

High Mechanical Strength

Durable Construction: Designed to withstand heavy loads and extreme conditions, these cables maintain integrity under stress.

Flexibility: Despite their strength, the cables remain flexible for easy installation in tight spaces.

 Longevity

Extended Lifespan: With enhanced durability, these cables require less frequent replacements, reducing overall maintenance costs.

Reliable Performance: They maintain consistent performance over time, ensuring uninterrupted connectivity.

Our Advanced Production Equipment

At DLAY Cable, we employ cutting-edge machinery designed for maximum efficiency, precision, and quality assurance. Our state-of-the-art equipment undergoes rigorous maintenance and testing, ensuring each cable meets the highest international standards and consistently exceeds customer expectations.

Production Capacity & Company Scale

Company Scale

Occupying a 7,000-square-meter facility with a free processing setup, we have the spatial and operational flexibility to accommodate varying production demands.

Monthly Production

With a monthly output surpassing 30,000 cases, DLAY Cable ensures a steady and reliable supply, meeting the needs of both large-scale and smaller orders.

Production Capacity & Company Scale

Raw Material Selection

We strictly select high-purity copper and top-grade insulation materials compliant with international standards, laying a solid foundation for superior-quality cables.

Conductor Drawing

Using high-precision drawing equipment, the conductor is refined to the specified dimensions and uniformity, ensuring excellent conductivity.

Insulation & Sheathing Extrusion

Advanced extrusion techniques apply durable insulation and sheathing layers evenly, ensuring long-term stability throughout the cable’s operational life.

Stranding Process

Our precise stranding operations ensure a tightly bonded internal cable structure, enhancing signal transmission quality and mechanical strength.

Testing & Packaging

Every cable undergoes stringent quality testing and inspection before leaving the factory, guaranteeing full compliance with international standards.

Customization Options (Adjusted per Customer Requirements)

Shielding Options:

Add or remove shielding layers to suit the electromagnetic environment of your application.

Specialized Jackets & Layers:

Integrate outdoor-rated jackets, fire-resistant layers, or armoring to withstand harsh weather conditions, fire hazards, or mechanical stresses.

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