Unimpeded material flow with optimum belt presentation is critical in any materials handling system on a mine. Yet despite this insufficient attention is often paid to transfer point design.
Weba Chute Systems custom engineers each transfer point and in this manner, we are able to provide a chute system designed to take specific operating parameters into account.
These parameters can include anything from a need to control belt presentation to reducing spillage, dust and noise, and importantly, to control flow so that wear is minimised.
Essentially the Weba Chute System uses a streamlined scientific approach to the dynamics of bulk materials handling taking all aspects such as belt speed, belt width, material size, shape and throughput in account. Each solution is custom designed to control the direction, flow and velocity of a calculated volume and type of material in each individual application.
The design process is considered the most important stage of any project at Weba Chute Systems. Once the data received from the customer has been verified, extensive use is made of sophisticated 3D computer software to arrive at what is considered the optimum design for the application in question.
Manufacturing of the system is undertaken at the company’s Wadeville premises where plasma cutting equipment is used to ensure that the highest levels of accuracy and tolerances are met.
Attention to detail and use of quality manufacturing procedures result in all Weba Chute Systems being supplied with performance guarantees in accordance with pre-set parameters specific to each application.
At present there are more than 5 000 custom designed Weba Chute Systems operating successfully worldwide.
Unimpeded material flow with optimum belt presentation is critical in any materials handling system on a mine. Yet despite this insufficient attention is often paid to transfer point design.
Weba Chute Systems custom engineers each transfer point and in this manner, we are able to provide a chute system designed to take specific operating parameters into account.
These parameters can include anything from a need to control belt presentation to reducing spillage, dust and noise, and importantly, to control flow so that wear is minimised.
Essentially the Weba Chute System uses a streamlined scientific approach to the dynamics of bulk materials handling taking all aspects such as belt speed, belt width, material size, shape and throughput in account. Each solution is custom designed to control the direction, flow and velocity of a calculated volume and type of material in each individual application.
The design process is considered the most important stage of any project at Weba Chute Systems. Once the data received from the customer has been verified, extensive use is made of sophisticated 3D computer software to arrive at what is considered the optimum design for the application in question.
Manufacturing of the system is undertaken at the company’s Wadeville premises where plasma cutting equipment is used to ensure that the highest levels of accuracy and tolerances are met.
Attention to detail and use of quality manufacturing procedures result in all Weba Chute Systems being supplied with performance guarantees in accordance with pre-set parameters specific to each application.
At present there are more than 5 000 custom designed Weba Chute Systems operating successfully worldwide.