HYFAT: Copper-core foam polyolefin insulated, filled moisture barrier layer, polyethylene sheathed local communication cable

HYFAT Cable Advantages  
Lightweight and High-Efficiency Transmission: Foam polyolefin insulation reduces medium density and weight, while the filled structure simultaneously optimizes signal transmission efficiency and moisture resistance.  
Full-Cross-Section Moisture Barrier: Filling compound fills insulation gaps, completely blocking the longitudinal migration path of moisture, enhancing long-term reliability in humid environments.  
High-Frequency Low Attenuation Characteristics: Foam insulation lowers the dielectric constant and, combined with the stabilizing structure of the filling layer, significantly reduces high-frequency signal transmission loss.  
Construction-Friendly Design: Lightweight cable body and filling-enhanced roundness simplify conduit laying difficulty, making it suitable for high-density wiring engineering scenarios.  
Cost-Effective Moisture Resistance Upgrade: Builds on the lightweight advantage of foam insulation while achieving a significant improvement in moisture resistance through filling technology.  

Product Selling Points  
Preferred for High-Frequency Transmission in Humid Scenarios: Specifically designed for urban sections requiring both moisture resistance and high-frequency transmission performance, such as data center connections and broadband access networks.  
Revolutionary Solution for Longitudinal Moisture Protection: Filling technology addresses the issue of moisture retention in traditional foam cable core gaps, achieving active full-cross-section moisture protection.  
Cost Optimization for High-Frequency Communication: Offers moisture resistance close to that of solid-core cables while retaining the low-loss advantage of foam insulation for high-frequency transmission, reducing deployment costs for gigabit networks.  
Essential Tool for High-Density Wiring Projects: Lightweight and high-flexibility features support multi-cable laying in narrow conduits, improving the utilization of urban communication conduit resources.  
Future Network Compatibility Design: Provides moisture-resistant enhanced infrastructure for emerging high-frequency communication scenarios such as 5G micro base stations and IoT aggregation layers.

Application Range: High-speed Digital Subscriber Line (VDSL2/ADSL2+) in humid environments, broadband access networks in rainy regions, underwater or high-humidity data communication lines, demanding scenarios requiring both high-frequency performance and moisture protection capability.
Special Notes: Foam insulation reduces signal attenuation by approximately 20%; petroleum jelly filling ensures the highest moisture protection level; excellent high-frequency characteristics support high-speed data services; ideal choice for broadband network construction in humid environments.