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Electric cables require durable, safe, and high-performance sheath materials to ensure longevity and safety. PVC sheath plastic compounds for electric cables are widely used due to their excellent insulation properties, flexibility, and cost-effectiveness. With increasing demand for eco-friendly and fire-resistant materials, innovations such as low smoke PVC, flexible PVC, and halogen-free PVC compounds are gaining popularity.
NY/ZH-90 90℃ Oil Resistant PVC Flame Retardant Soft Sheath Plastic
1. Low Smoke PVC Sheath Compounds for Electric Cables
(A Safer Choice for Fire-Prone Environments)
Low smoke PVC sheath compounds are designed to minimize toxic fumes and smoke emission in case of fire, making them ideal for public spaces, tunnels, and high-rise buildings. These compounds comply with strict fire safety standards like IEC 60332 and are increasingly used in:
Underground railways
Hospitals and schools
Data centers
2. Flexible PVC Sheath Plastic Compounds for Electrical Wiring
(Enhanced Durability & Ease of Installation)
Flexible PVC compounds provide excellent bendability without cracking, ensuring easy installation in tight spaces. Key benefits include:
High elasticity for dynamic applications
Resistance to oils and chemicals
Long-term performance in varying temperatures
These compounds are commonly used in automotive wiring, household cables, and industrial power distribution.
3. Halogen-Free PVC Sheath Compounds for Electric Applications
(Eco-Friendly & Non-Toxic Alternative)
Halogen-free PVC compounds eliminate chlorine and other hazardous halogens, reducing environmental impact and health risks. They are preferred in:
Green building projects
Renewable energy systems (solar/wind power cables)
Public transportation networks
With stricter environmental regulations, halogen-free options are becoming the industry standard.
The evolution of PVC sheath plastic compounds for electric cables focuses on safety, flexibility, and sustainability. Whether it's low smoke, flexible, or halogen-free PVC, these innovations ensure reliable performance while meeting modern safety and environmental demands.
