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Safer non conductive water fed pole

Why is the The SimPole safer non conductive water fed pole

The SimPole non-conductive water-fed poleis specifically engineered to address one of the most significant hidden dangers in window and solar panel cleaning.

While most professional poles are made of carbon fiber (which is highly conductive), SimPole’s safety-focused models use a specialized composite construction to protect the operator. Here is why they are considered a safer choice:

Hybrid Composite "Shielding"

Traditional 100% carbon fiber poles act like a lightning rod; if they touch a live power line, the electricity travels instantly through the pole to the person holding it.

  • The SimPole Difference: SimPole’s non-conductive models (like their Kevlar/Glass Fiber series) utilize a “sandwich” design. They often featurecarbon fiber on the insidefor rigidity and strength, but are wrapped innon-conductive fiberglass or Kevlaron the outside.
  • Insulation: This outer layer acts as a barrier, preventing electricity from jumping from a wire directly into the conductive carbon core.

High-Voltage Resistance

Standard poles have no electrical rating. SimPole has developed poles specifically for the solar industry where high-voltage DC current is always present.

  • Tested Protection: Some of their safety-specific models are designed to withstand significant electrical arcs.
  • Solar Safety: Because solar panels can generate electricity even when the main breaker is off, having a pole that doesn’t provide an easy path to ground is critical for technicians working near panel arrays and inverters.

Comparison of Materials

Material

Conductive?

Why it’s used

Risk Factor

Aluminum

Yes

Cheap, durable

High- Immediate conductor.

100% Carbon Fiber

Yes

Extremely light/stiff

High- Acts like a wire; can cause fatal shock.

Fiberglass

No

Insulating

Low- Safe but very heavy and flexible (bendy).

SimPole Non-Conductive

Minimal

Hybrid/Kevlar

Lowest- Combines carbon stiffness with insulating outer layers.

Reduced "Air-Jump" Risk

High-voltage power lines can sometimes “arc” (jump through the air) to a conductive object before you even touch the wire. By using non-conductive exterior fabrics and resins, SimPole reduces the “attractiveness” of the pole to these electrical arcs, providing a vital margin of error if you accidentally work too close to a line.

Warning

Even with a non-conductive pole,water itself can conduct electricity.If you are using a water-fed system near power lines, the stream of water or a wet pole surface can still create a path for current. Always maintain a minimum safe distance (usually 10+ feet) from overhead power lines.

Don't Get Electrocuted!!! - This Pole Can Save Your Life

This video demonstrates the specific SimPole Resistor series and explains how the double-insulated design acts as a safety barrier against electrical hazards.