Carrier Trough Transition Idler Frame Station

Material Selection

The material selection for the idler frame should follow the principles of high strength, good wear resistance, and strong corrosion resistance. Typically, the main structural parts of the idler frame are made of carbon structural steel or low-alloy high-strength steel, which have good mechanical properties and welding properties. For environments with harsh working conditions, high humidity, or strong corrosiveness, it is also advisable to consider using materials such as stainless steel or weather-resistant steel.

Structural Design

1. Stability Requirements: The design of the idler frame should ensure that it does not wobble during the operation of the conveyor.

2. Rigidity Requirements: The idler frame should have sufficient rigidity to support the weight of the conveyor belt and the idlers, as well as dynamic loads generated during operation.
3. Strength Requirements: The strength of the idler frame should meet the operational requirements of the conveyor under various working conditions. It should be able to withstand large impact loads during starting, braking, and heavy-duty conditions.
4. Wear resistance requirements: The contact areas between the idler frame and the conveyor belt and idlers should have good wear resistance to reduce wear and extend service life.
5. Maintenance Convenience: The design of the idler frame should consider the convenience of maintaining and replacing the idlers for daily use.

Certificate

Based on the requirements of domestic and foreign customers, our company has adopted the highest standards of Japanese JIS standards, German DIN standards, American CEMA standards and Chinese national standards for each index of idlers and rollers as the internal control standards for Baoke products.