Conveyor Rubber Disc Return Roller Stand/Impact I | RFQ Sourcing Details

Introduction Belt conveyor troughing idlers are a type of conveyor idler that are designed to support the belt and prevent it from sagging in the middle. They are typically installed in sets of three, with the middle roller offset from the two side rollers to create a trough for the belt to run in.

This design helps to keep the belt centered and prevents material from spilling over the edges. Troughing idlers are commonly used in mining, quarrying, and other heavy-duty applications where large volumes of material need to be transported over long distances.

Application Belt conveyor troughing idlers are used in a variety of industries and applications where bulk materials need to be transported over long distances. Some common industries that use Conveyor trough idlers include mining, quarrying, construction, agriculture, and manufacturing.

C ema c troughing idlers are also used in transportation and logistics, such as in airports and shipping ports, to move luggage and cargo.

Troughing idlers are particularly useful in applications where the conveyor belt needs to travel up or down an incline, as they help to prevent the belt from sagging and spilling material.

Design The design of Belt conveyor troughing idlers needs to consider the following aspects: Material selection of rollers: generally use steel pipe or plastic pipe as the material of the rollers, the specific selection needs to be based on the nature of the conveyed material, conveying distance, conveying speed and other factors for comprehensive consideration.

Roller diameter and length: the diameter and length of the rollers need to be determined according to the weight and size of the material to be conveyed, generally the larger the diameter, the longer the length of the rollers the stronger the carrying capacity.

Pitch of the rollers: the pitch of the rollers should be determined according to the nature of the conveyed materials and conveying speed, generally the smaller the pitch, the better the stability of the conveyed materials.

Roller groove design: groove design needs to be determined according to the nature and shape of the material to be conveyed, generally V-type or U-type groove design to ensure the stability of the material to be conveyed and smoothness.

Roller sealing design: sealing design needs to be determined according to the nature of the conveyed material an