• Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging

Pulley Lagging

Pulley lagging protects the pulley shell from wear damage and extends the pulley's service life. It also increases friction between the conveyor belt and the pulley to reduce belt slippage, while minimizing the buildup of bulk material, water, ice, or snow.
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  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging
  • Pulley Lagging,DEPSIN ,Pulley Lagging

Description

Available Lagging

Type

Best For

Plain Lagging

General purpose, smooth surface

Diamond Lagging

Economical, increased friction

Square Lagging

Moderate grip, general use

Ceramic Lagging

Extreme wear, wet/muddy conditions

Slide Lagging

Coal, mining, port applications

 

 

Diamond Pulley Lagging

Features

Economical type with less wastage

Enhances friction coefficient between pulley and belt

Reduces belt slippage

Best For: General applications requiring increased grip at moderate cost.

 

Ceramic Pulley Lagging

Features

Specially suited where slippage and excessive wear make normal rubber lagging ineffective

Alumina ceramic tiles provide proper grip under wet, muddy, or arduous conditions

Best For: High-slip applications, wet environments, heavy wear conditions.

 

Slide Rubber Lagging

Features

Suitable for coal, mining, port, and other applications

Designed for conveyor systems with belt slippage problems

Best For: High-tension systems, slippery conditions, heavy-duty conveyors.