Cable Compounds
Application Areas
Weather-Resistant Cable Compounds
Silane treatment provides enhanced hydrolytic stability and weatherability for outdoor and high-humidity applications, extending cable service life.
Communication & Data Cables
Silanes improve interfacial bonding and moisture resistance of polyolefin compounds, ensuring stable, low-loss high-speed signal transmission.
Flame-Retardant Cable Jackets
In halogen-free systems with ATH and MDH, silanes enhance dispersion and bonding of flame retardants, improving flame resistance and mechanical strength.
Power Cable Insulation
Silane coupling agents improve compatibility of PE and XLPE with inorganic fillers, enhancing dielectric strength and thermal lifetime of power cables.
Main Performance Improvements
Processing Performance
Silanes reduce system viscosity and improve melt flow, enhancing extrusion and pelletizing efficiency of cable compounds.
Mechanical Strength & Flexibility
Increases tensile strength and toughness, ensuring resistance to cracking during bending and installation.
Thermal Stability & Aging Resistance
Strengthens polymer–filler interfaces, enabling stable performance under high temperatures and long-term service.
Improved Flame Retardancy
Enhances compatibility and dispersion of flame retardants, reducing heat release and smoke generation under fire conditions.
Enhanced Insulation
Silanes chemically bond with filler surfaces, minimizing interfacial defects and improving dielectric strength and electrical reliability.
