- Conveyor Belt
- Conveyor Idler
- Conveyor Pulley
- Conveyor Bracket Frame
Steep Angle Sidewall Conveyor Belt
This Steep Angle Sidewall Cleated Conveyor Belt is widely applied to steep angle conveying of powdery and massive materials with transport angle up to 90C.Chat Now
Sidewall conveyor belt transport angle with 90C
This Steep Angle Sidewall Cleated Conveyor Belt is widely applied to steep angle conveying of powdery and massive materials with transport angle up to 90C.
Our company produce sidewall conveyor belt, and have already export to more than 30 countries. The width of conveyor belt is within 1600mm.
The base belt core:
Steel cord, Nylon , EP
Optimization of sidewall conveyor belt
In order to improve the carrying capacity, the transverse bending deformation of the sidewall conveyor belt body after loading is minimal, that is, to improve the lateral rigidity of the conveyor belt body is the key to reduce the lateral load bearing deformation of the belt body and increase the carrying capacity of the belt body. .
The lateral rigidity of the belt conveyor belt refers to the free side support of both sides of the belt body in the transverse vertical section of the belt body. The weight of the belt body caused by the self-weight of the belt conveyor belt and the belt body width The ratio of the value. The technical standard of the transverse rigidity of the high transverse rigidity sidewall conveyor belt is not more than 0.05. After optimizing the structure of the sidewall conveyor belt, the transverse rigidity of the belt is 0.036. After the belt body is loaded, the lateral deformation is reduced, which can increase the bearing capacity by 15% to 20%.
An effective measure to improve the lateral rigidity of large-scale heavy-duty sidewall conveyor belts is to set a special compounded and calendered polyester staple fiber composite layer between the multi-layer tensile body canvas layers of the flat base belt body, ie, the polyester staple fiber is The buried adhesive layer is arranged along the transverse single direction of the tape body in the adhesive layer.
The use of a special adhesive layer for enhancing the transverse bending resistance of the rib conveyor belt enables the lateral rigidity of the belt to be increased by a factor of 2.5 over the rib conveyor of a conventional structure, even if the transverse rigidity is 0.09 increased to 0.036.
These are all improvements in the rib conveyor belt formulation. The real improvement in the service life of the conveyor belt lies in the operator's use of the conveyor belt. Unprofessional operation will greatly consume the service life of the conveyor belt.