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Conveyor Chute Components

Conveyor Chutes are generally specified upfront using a set of characterizing selection criteria. For example wear, adhesive characteristics or cost. This section covers various characteristic selection criteria of conveyor transfer chutes.




Flanges and Stiffeners (mm) Max wear liner gap (mm) Plate work thickness (mm) Maximum angle of impact (Degree) Maximum kinetic energy of the largest particle (J) Maximum impact pressure (kPa) Hatch Design Type Chute Type Wear liner material Maximum Liner Weight (Kg) Wear liner thickness (mm)
8 3 8 Smooth Ceramic Arrangement CB 8000 20 25
60 x 8 FB 3 8 45 Smooth Polyurethane Chute UHDPE 20 16
60 x 8 FB 5 8 45 500 8 Flow type hard face steel liners VRN400 20 20
3 8 Flow type hard face steel liners VRN400 20 16
60 x 8 FB 5 8 Flow type hard face steel liners VRN400 25 25
70x8FB 5 8 Rock Box Head Arrangement VRN500 25 25
80x8FB 5 8 20 500 8 Chute hatches designed for visual inspection of liners , and not personnel entry. Spiral Chute VRN500 25 16/25
65x8FB 5 8 45 Chute hatches designed for Personnel inspection. Rock Box Loading Arrangement VRN500 25 25
60x8FB 2 8 Chute hatches designed for visual inspection of liners , and not personnel entry. Hatch design should be lockable. Smooth Polyurethane Chute Liners UHDPE 25 10


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Use the navigation tree to interact with the components. Each node in the tree is a data set used for constructing a conveyor design.




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Shiftbulk aims to improve the speed of design, detailing and purchasing of a conveyor system. It aims at reducing the complexity of sourcing equipment, specifying designs, generation and management of equipment lists and generally reducing the complexity of OEM product selection. Beta 0.9.01

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