Description

A garland idler is a series of hinged rollers, also known as a "garland suspension”. It consists of a series of idler rollers connected by hinged links to a flexible suspension system.Garland idlers are suspended and allow the rollers to flex and adjust to the conveyor belt's movement, providing flexible support instead of rigid framing. 

Specification

♦ For Belt Width: 400-2800mm

♦ Type: Three rollers series and five rollers series

♦ Surface Treatment: Electrostatic Powder Coating, Galvanization.

♦ Standard: DIN, CEMA, JIS, AS, SANS-SABS, GOST, AFNOR etc.

♦ Frame material:Q235 equal to S235JR,Q345 or according to customer's requirements.

Features

Enhanced Belt Life:

By allowing the belt to self-align and providing better stress distribution, garland idlers reduce wear and tear, extending the belt's operational life. 

Improved Load Handling:

The flexible design ensures more uniform load distribution across the belt, preventing material overflow and maximizing carrying capacity, especially on curves. 

Greater Efficiency:

Garland idlers contribute to smoother operation by minimizing friction and absorbing stresses from material and belt movement, leading to increased overall efficiency. 

Cost-Effective Installation:

The absence of rigid support frames simplifies the conveyor structure and reduces the need for additional brackets and beams, resulting in lower capital expenditure. 

Simpler Maintenance:

The lightweight design and ability to quickly change out entire garlands simplify maintenance, increasing system uptime. 

Applications

High-Capacity Conveyors:

They provide superior support for heavy loads in high-capacity systems. 

Overland Conveyors:

Garland idlers are well-suited for long-distance transport and complex paths found in overland conveyor systems. 

Curved Conveyor Systems:

The flexible nature of garland idlers allows them to adapt to changes in direction, making them ideal for navigating curves. 

Applications Requiring Mobility:

They are beneficial in environments or scenarios where a more mobile system is needed compared to traditional static idlers. 

Industrial Settings:

Commonly found in industries like mining, bulk materials handling, and heavy industries where robust and adaptable conveyor solutions are required.