FXBW Rod-type Suspended Composite Insulator
These insulators are suitable for polluted areas, high mechanical tension loads, long-span lines, and compact transmission lines.
Composite Insulators
Composite insulators consist of three parts: epoxy resin glass fiber rod, silicone rubber sheds, and connecting fittings at both ends. They feature excellent electrical performance, high mechanical strength, good pollution resistance, strong anti-flashover capability, corrosion resistance, low-temperature tolerance, light weight, compact size, and high impact resistance.
These insulators are suitable for polluted areas, high mechanical tension loads, long-span lines, and compact transmission lines.
✦ Key Features
Engineered for reliability in demanding environments
Excellent Electrical
Superior insulation with high flashover resistance
High Mechanical
Withstands heavy tension and impact loads
Pollution Resistant
Hydrophobic sheds resist contamination
Anti-Flashover
Ensures safe operation in harsh conditions
Corrosion Resistant
Withstands weather and chemical exposure
Low-Temperature
Reliable in extreme cold climates
✦ Applications
Versatile solutions for power systems
Pole-Mounted Breakers
Supporting high-voltage poles as support insulators, isolating live parts from grounded enclosures while providing structural load-bearing and weather resistance.
HV Transmission Lines
Suspension and pin-type composite insulators used to suspend and secure overhead conductors, providing reliable insulation across long spans.
HV Switchgear
Some switchgear units (e.g., ZW3VS1-24) use composite insulating components to achieve phase-to-phase and ground insulation, reducing cabinet size.
✦ Technical Parameters
Performance specifications at a glance
- Rated Voltage
- 10 / 35 / 66 / 110 / 220 kV
- Tensile Strength
- 70 / 100 / 120 / 160 kN
- Weight
- ≈ 1/10 of porcelain insulator
- Impact Resistance
- Superior to ceramic alternatives
- Pollution Flashover
- Excellent in contaminated areas
- Maintenance
- Maintenance-Free
- Self-Explosion
- No zero-value self-explosion
✦ Why Choose Composite Insulators?
