Thermoplastic Semi-Conductive Shielding: Silane Crosslinking Technology

Product Description

The Peroxide Crosslinking Semi-Conductive Shielding Material is engineered for applications requiring robust electromagnetic interference (EMI) protection. Incorporating organic peroxides as crosslinking agents, this material enhances mechanical resilience and electrical conductivity within the polymer matrix. The addition of semi-conductive additives optimizes EMI mitigation, making it perfect for high-voltage power cables and demanding environments. This material offers exceptional flexibility, thermal stability, and durability, ensuring reliable performance in challenging conditions. Widely used in cable manufacturing, it is customizable to specific project needs, providing optimal signal transmission and comprehensive protection for electronic circuits.

1. Superior EMI Protection with Peroxide Crosslinking Technology

Our Peroxide Crosslinking Semi-Conductive Shielding Material is a critical innovation in shielding technology. It utilizes organic peroxides to crosslink the polymer matrix, resulting in enhanced electrical conductivity and mechanical resilience. Designed specifically for high-voltage power cables, this material integrates advanced semi-conductive additives to efficiently mitigate electromagnetic interference (EMI), ensuring the stability and integrity of electrical systems in demanding industrial environments. Its superior performance makes it indispensable for applications where electrical reliability is paramount, particularly in cable manufacturing and power transmission systems.

2. Unmatched Flexibility and Thermal Stability

Beyond its EMI shielding capabilities, this semi-conductive material offers remarkable flexibility and thermal stability. These characteristics make it ideal for high-voltage cable insulation, where resistance to extreme temperatures and mechanical stresses is crucial. The material maintains its structural integrity under heat and pressure, ensuring consistent performance over time. Whether used in power cables or telecommunication systems, the combination of mechanical durability and thermal resistance guarantees reliable signal transmission, even in the harshest environments.

3. Customization for Performance Optimization

Our Peroxide Crosslinking Semi-Conductive Shielding Material offers extensive customization options to meet the specific needs of various applications. Manufacturers can adjust the material's composition, extrusion processes, and additives for enhanced durability, ensuring compatibility with high-voltage cable systems. This adaptability allows for performance optimization in both industrial and residential applications, offering superior protection against EMI, electrical charges, and environmental factors. With its ability to meet CPR regulations and GB 31247 standards, this material leads the way in innovation and reliability for modern cable engineering.

Product Advantages

• EMI Protection: Integrates semi-conductive additives to effectively mitigate electromagnetic interference.

• High Thermal Stability: Maintains performance even in high-temperature environments, ideal for high-voltage power cables.

• Mechanical Resilience: Enhanced with organic peroxide crosslinking to ensure long-lasting mechanical durability.

• Customizable: Flexible composition adjustment for tailored performance, ensuring compatibility across various applications.

• Environmental Compliance: Halogen-free and compliant with CPR regulations and GB 31247 standards, promoting environmental sustainability.

Product Features

• Flame retardant and halogen-free cable material

• Superior mechanical resilience and flexibility

• High electrical conductivity with advanced semi-conductive additives

• Compliant with CPR and GB 31247 standards

• Customizable composition for tailored performance

Applications

1. Power Cable Applications:

This material is ideal for high-voltage power cables requiring robust EMI protection and mechanical resilience. Its thermal stability ensures performance under harsh conditions, making it perfect for critical power transmission systems.

2. Telecommunication Systems:

In telecom networks, the material safeguards cables from electromagnetic and radio frequency interference (RFI), ensuring stable data transmission. It is suitable for both fiber optic and copper-based communication systems.

3. Residential and Commercial Electrical Wiring:

This flame-retardant, halogen-free material ensures safe and reliable electrical wiring installations, providing excellent protection against electrical fires and facilitating easy installation in various environments.

FAQs

• Is the material suitable for high-voltage cables?
  Yes, it is designed for high-voltage applications with superior EMI protection.

• Can this material be customized?
  Yes, manufacturers can adjust the composition and additives for specific performance needs.