Rubble Disposal Chute with Adjustable Starter Frame per piece

Usage

The adjustable starter frame rubble chute is used to safely and efficiently evacuate construction debris from upper floors down to containers at ground level on renovation or demolition sites.

Advantages

• Facilitates rapid debris removal, maintaining site cleanliness and safety.
• Constructed from high-density polyethylene for impact and abrasion resistance.
• Modular system allows adaptation to various building heights and configurations.
• Simple assembly with secure chain fixation ensures reliable installation.
• A minor drawback: maximum recommended continuous run is limited to about 10 meters per starter frame for optimal seal integrity.

Specifications

• Made of high-density polyethylene (HDPE), designed for intensive jobsite use and robust shock absorption.
  Typical element length: 1.10 m; useful length: approx. 0.82 m; outer diameter: ~515 mm (top) / ~395 mm (bottom); overall width up to 620 mm.
  Weight per chute element: approximately 8–9.5 kg depending on model.
  Temperature usage range: from approximately 0°C up to +50°C.
  Each unit includes two chains for secure attachment.[1][4][5][6]
• Satisfies common jobsite standards regarding durability, modularity, and UV resistance; suitable for repeated installations over multiple projects.[1][4][8]
• The modular design enables deployment up to around ten meters vertically per sealed section with full water-tightness; each chain tested up to a breaking strength of about one ton.[5]
• Differentiating features include adjustable starting frame compatibility, easy coupling between elements, impact resistance even under heavy loads, and quick setup/dismantling capabilities.[1][4]

How it works

The chute system starts with the adjustable starter frame fixed securely at the evacuation point. Chute segments are then connected in succession downwards using chains, forming a sealed conduit that channels construction debris directly into designated containers below while minimizing dust dispersion and risks on-site.[5][7]