The Role of Lagging on a Conveyor Pulley: Types (Ceramic, Rubber) and Benefits

This is just the start-the business rolls on forward, and round the circular factory of conveyor systems, and there comes a point when you will gaze into that thing they call lagging on a Conveyor snub pulley . It’s a funny little word, but it plays a vital role in aggregate or mining ghting lagging in extending the life of your conveyor., to tell you what’s lagging and the 12 different classifications of lagging that are used in conveyors systems, we’ll explain.

Why it is Important to Lag Your Drive Pulleys and Bearings on Your Conveyor?

Before we take a look at what types of lagging are available, we should first find out the reason why it is needed on pulleys. The pulley is the absolute heart of the conveyor, since it moves the material. However, if the lagging is not properly spaced the pulley or roller may slip within the belt slipping underneath of it resulting in one side of the cover of the belt rubbing against another side and causing a failure in the conveyor. Lagging is used in order to avoid slippage of the belt on a pulley, and is applied to both drive pulleys and nondrive pulleys.

Ceramic vs. Rubber

So, I thought it might be useful to go through the able types of lagging: rubber and ceramic. Ceramic Belt lagging is the molding of individual 10cm x 10cm ceramic tiles compounded into rubber. This type of lagging resists corrosion and wears. Rubber lagging, however is nothing but rubber. It intends to offer friction and grip when in direct contact with the belt. There are different advantages of each kind of Conveyor pulley lagging lagging and can be selected for your conveyor system applications.

Advantages of Ceramic Pulley Lagging on Your Conveyor System

The first major advantage of ceramic lagging for conveyor pulleys is its durability. The ceramic tiles feature abrasion resistance, high temperature, and rough use resistance, making them probably the best suited to heavy duty slider applications. Ceramic lagging is also relatively good with respect to grip and slippage prevention, indirectly translating into the performance of the conveyor system. This is an established method of controlling dust and wear on conveyor belt systems, which could help to prolong the life of the conveyor system as well as its components.

Maximizing Your Conveyor System With Rubber Lagging

Rubber lagging is almost always the preferred option on conveyors because of its flexibility and fast installation. With rubber lagging, the belt grips, thereby avoiding slippage; enhancing the output of the conveyor system. Rubber Lagging prevents slippage of a belt during operation; maximum load is conveyed, while preventing materials from falling or losing from wet and slippery covered belts. The use of advertising band (to plus rubber and produce lagging) could, to full offtracking /shifts/sideway shifts, at the same time to low voice rank performance, takes place; generates uniform static frictions.

Increase Efficiency And Longevity: The Best Lagging Practices

CONVEYOR: The lag coupler will do injustice to the speed transfer of materials. Lagging pertains to correct lagging selection for the application and checking lag installation. Taking care and maintaining the lagging are also necessary to ensure longest service life and greatest performance. Appropriate lagging solution to install and maintain will mean maintenance & downtime could very well be a thing of the past.

Lagging is an important element in Conveyor pulley types performance. Both rubber and ceramic lagging can add a number of features/benefits to conveyor systems. Conveyor systems will work fine if we understand the importance and usage of lagging; they will do their jobs as intended without any hassles in transport of materials from one place to another. MineAlpine is providing excellent lagging service to achieve maximum performance from every part of the conveyor.