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Product Description

Overview

The KFL-B8 is a 8 foot single-sided fiberglass step ladder for production crews working around lighting, power, and stage equipment. Multi-layer fiberglass U-shape side channels provide non-conductive protection, while wide slip-resistant aluminum steps and reinforced spreaders give the ladder a stable A-frame feel on set or on location.

Why It Matters

A single-sided step ladder is the everyday access tool on a busy floor. This version keeps the familiar A-frame workflow, but adds fiberglass rails and production-grade reinforcement for electrical environments.

Key Features

  • 135 kg (300 lb) load capacity supports professional crew use with tools and working gear.
  • Multi-layer fiberglass side channels help protect crews working near live electrical systems.
  • Wide aluminum steps are slip-resistant and secured with six rivets each for repeated load-in use.
  • Top tool tray keeps small hand tools within reach during setup and adjustment.

Height Range & Reach

This single-sided model stands 230 cm tall, closes to 240 cm, and provides 7 steps. It weighs 12.0 kg and is rated to 135 kg (300 lb).

Applications

Designed for stage electrics, studio lighting, broadcast sets, venue maintenance, trade-show buildouts, film locations, and production spaces where access height and electrical awareness both matter.

Compatibility

Pairs with the KFL-T8 ladder when a package needs both single-sided and double-sided formats in the same height class.

Frequently Asked Questions

Why choose fiberglass instead of an aluminum ladder?

Fiberglass side channels are non-conductive, which is important when crews are working around lighting power, dimmers, and other electrical systems.

Is this the standard one-person ladder format?

Yes. The B series is the single-sided A-frame format most crews expect for one-person access work.

What should I check before using it?

Read the warning labels on the ladder, match the spreaders are locked, and make sure the surface and load are appropriate for the rated capacity.