Garland Idlers

The Garland Idler is a key component in belt conveyor systems, specifically designed to provide support and guidance to the conveyor belt, ensuring stable operation. Initially developed to improve the efficiency of bulk material and high-capacity conveyors, Garland Idlers are especially suited for systems handling large lumps of material. The Garland Idlers produced by Zoomry Heavy Industry are made from high-strength steel or stainless steel, offering wear resistance, corrosion resistance, and high load-bearing capacity, thus meeting the demands of harsh working environments.

The flexible design of Garland Idlers ensures efficient support for the conveyor belt, preventing production inefficiencies caused by belt slack or misalignment. By adjusting the position and angle of the idlers, Garland Idlers help maintain the belt’s smooth and precise running path, reducing friction and impact-related wear, thereby extending the lifespan of the equipment.

■ Application Scenarios

Garland Idlers are widely used in high-load, complex-path conveyor systems, particularly in high-capacity conveying, overland conveyors, and systems requiring precise positioning and efficient support. Major industries employing Garland Idlers include mining, construction, agriculture, and logistics. In the mining and coal industries, Garland Idlers can support large lumps of material and maintain stable operation even in complex working environments, preventing conveyor misalignment and damage.

Moreover, Garland Idlers excel in high-temperature and high-humidity environments. In industries such as steelmaking, metallurgy, and chemicals, Garland Idlers can endure harsh working conditions while continuously providing support for the conveyor system, effectively improving conveying efficiency. With the development of modern logistics, Garland Idlers are increasingly being used in warehouses, container terminals, and other logistics centers to enhance the efficiency of automated transportation systems.

■ Product Features

● High Load-Bearing Capacity: Garland Idlers are made from high-strength steel or stainless steel, enabling them to support heavy materials and high loads in harsh working environments.

● Wear and Corrosion Resistance: Garland Idlers are designed for long-term use in extreme conditions, offering superior wear resistance and corrosion resistance.

● Energy-Efficient and High-Performance: The design of Garland Idlers optimizes the running path of the conveyor belt, reducing friction and energy losses, thus improving conveying efficiency and reducing energy consumption.

● Highly Adaptable: Garland Idlers can be configured for various types of conveyor systems, adjusting to different load demands and conveying conditions to meet efficient conveying requirements.

● Extended Equipment Lifespan: By reducing belt misalignment and wear, Garland Idlers extend the lifespan of conveyor equipment, reducing maintenance frequency and costs.

■ Product Types

● Carrying Belt Garland Idler Set (2 Rollers)

This type of Garland Idler is used for carrying conveyors, typically equipped with two rollers, providing efficient support for the conveyor belt and material, ensuring stable system operation.

● Carrying Belt Garland Idler Set (3 Rollers)

This Garland Idler set features three rollers, ideal for conveyor systems requiring higher support capacity, providing more uniform support to the conveyor belt and preventing misalignment.

● Carrying Belt Garland Idler Set (5 Rollers)

The Garland Idler set with five rollers is suited for high-capacity, high-load conveyor systems. The multi-roller design effectively distributes heavy loads, ensuring smooth conveyor belt operation.

● Return Belt Garland Idler Set (2 Rollers)

This type of Garland Idler is used for the return section of the conveyor belt, designed with two rollers to ensure the belt can smoothly return to its starting position, reducing friction-related wear.

● Impact Troughing Garland Idler Set (3 Rollers)

This Garland Idler is used in the impact zone of the conveyor belt to absorb material impact forces, reducing damage to the belt, especially in areas where material drops or experiences gravitational impact.

■ Product Parameters