In modern industrial, commercial, and infrastructure projects, safety, flexibility, and efficiency are critical in wiring solutions. The Copper Core Low Smoke Zero Halogen (LSZH) Cross-linked Polyolefin Insulated Flexible Wire is engineered to meet these demands. Combining superior fire safety, enhanced flexibility, and long-lasting performance, it is ideal for applications in industrial automation, transportation, public infrastructure, and building wiring systems.

This product is designed for long-term reliability while reducing environmental and health hazards in case of fire, making it a preferred choice for safety-conscious organizations worldwide.

Product Structure

The design of the Copper Core LSZH Flexible Wire ensures mechanical robustness, fire safety, and signal integrity. Its structure typically includes the following components:

Key Features:

• Flexible copper core for high conductivity and mechanical strength

• Cross-linked polyolefin insulation resists heat, chemicals, and abrasion

• Zero halogen formulation reduces toxic fumes during fire incidents

• High flexibility for easier routing and installation

Technical Specifications

These wires are engineered to meet global standards for safety, performance, and durability.

Performance Highlights:

• Excellent thermal stability and chemical resistance

• Enhanced mechanical durability under flexing or bending

• Reduced smoke emission and corrosion potential in fire

Technical Support

To ensure optimal performance and safety, our technical team provides:

• Installation Guidelines: Detailed instructions for bending radius, conduit use, and shielding grounding

• Custom Solutions: Tailored conductor sizes, insulation thickness, and shielding options for specific applications

• Testing & Certification: Assistance with compliance testing for UL, CE, RoHS, and other global standards

• Maintenance Tips: Recommendations for long-term durability, inspection, and replacement cycles

Applications and Use Cases

Copper core LSZH cross-linked polyolefin insulated flexible wires are versatile and widely used across industries. Key application areas include:

1. Industrial Automation

• Control panels and machinery wiring

• Robotics and conveyor systems

• Signal and power distribution in factories

2. Transportation and Rail

• Subway and rail networks where low smoke, halogen-free wiring is critical

• Buses, ships, and aircraft cabling systems

• Ensures passenger safety in case of fire

3. Public Infrastructure

• Hospitals, airports, and schools

• Data centers and server rooms

• Emergency power and fire alarm systems

4. Commercial Buildings

• High-rise buildings and offices

• Elevators and HVAC systems

• Flexible wire routing for confined spaces

Application Case Table:

Customer Testimonials

Global clients consistently praise the cable for safety, reliability, and ease of installation.

• “Using these LSZH wires in our subway project gave us confidence in passenger safety. Installation was smooth due to excellent flexibility.” – MetroRail Engineering, Germany

• “The cross-linked polyolefin insulation ensures our control panels operate reliably even under high heat conditions. Maintenance costs have dropped significantly.” – Industrial Automation Corp, USA

• “These wires meet our strict RoHS and fire safety requirements for public buildings. The zero-halogen feature is a huge plus.” – Construction Group, UAE

Safety and Handling Guidelines

To maximize the safety and lifespan of LSZH flexible wires:

1. Avoid Sharp Bends: Maintain the minimum bending radius.

2. Temperature Compliance: Operate within specified temperature limits.

3. Shield Grounding: Ensure proper grounding of shielded wires.

4. Fire-Safety Awareness: Use certified LSZH wires in fire-prone areas.

5. Periodic Inspection: Check insulation integrity and conductor continuity.

Advantages Over Traditional Cables

Conclusion

The Copper Core Low Smoke Zero Halogen Cross-linked Polyolefin Insulated Flexible Wire is an optimal solution for modern wiring projects, combining:

• Exceptional fire safety with minimal toxic smoke

• High flexibility for easy installation in complex layouts

• Durable copper conductors and XLPO insulation for long-term reliability

• Compliance with international standards for industrial, commercial, and public projects