It’s simply amazing in how many branches of industry Schrage tube chain conveyer systems are being used! No wonder: This type of material handling not only offers flexible layouts but it is also perfectly suitable for all kinds of materials.
However, do you know which advantages our favourite conveyer system has over a belt conveyor? Or what distinguishes it from bucket elevators, screw conveyors, retarding-disc conveyors, aeromechanical cable conveyors, trough chain conveyors, or pneumatic conveyors?
You will find out exactly what it is on the following pages, as well as why we love to recommend our tube chain conveyors with a good conscience.
Bucket elevators (also called bucket conveyors) are continuous conveyors used to vertically convey all kinds of bulk materials.
Belt conveyors are continuous conveyors used to convey materials horizontally or with a (small) degree of inclination. They are a subgroup of belt conveyors (when a “belt conveyor” is used as a generic term).
Trough chain conveyors are continuous conveyors in which the material being handled is conveyed by a chain with flights inside a trough (without any agitation).
Aeromechanical conveyors are a type of enclosed tube conveyor.
Screw conveyors are conveyor systems for bulk materials that are based on the operating principle behind Archimedes’ screw.
Materials handling is a subdiscipline of mechanical engineering that deals with design, planning, and construction of systems used to convey unit goods (pallets, boxes, etc.) and bulk materials (sand, grains, etc.). As a general rule, conveying liquids and gases by means of pipes does not form part of the field of materials handling.
“Materials handling” is commonly understood to refer to the actual technology involved (conveyor systems in a broad sense, i.e., including storage technology), but it also includes devising the processes involved in operating the corresponding systems. In other words, the field of materials handling covers all conveying, handling, and storage activities and processes, both in technological and business terms.
Materials handling deals with the internal transportation of goods, e.g., at ports and airports, in mines, and at manufacturing plants.
In-house transportation systems are counted among the elements covered by the field of materials handling, and include continuous conveyors and intermittent conveyors.
Continuous conveyors are distinguished by the fact that they continuously move the materials from a feeding station to a delivery station. This is achieved by means of continuous loops of conveyor chains and conveyor belts or with pushing or vibratory conveyor equipment. Continuous conveyors include, but are not limited to, tube chain conveyors, belt conveyors, bucket elevators, and trough chain conveyors.
On the other hand, intermittent conveying methods are characterized by the fact that there are breaks between transportation activities. Intermittent conveyors include, for instance, lifting equipment of all types, e.g., cranes, block and tackles, excavators,
and much more.
With the three-dimensional layout and the different customizable tube diameters and components it is possible to design virtually any kind of haul way, regardless of its direction. Tube chain conveyors are very easy to handle and thanks to its modular design they can be perfectly adapted to meet the on-site requirements. Unlike other conveyors they can easily be used for vertical conveyance and reach 100% of their calculated capacity.
Due to the enclosed design, the bulk materials are transported in a dust, gas, and pressure tight manner. This keeps the environment and plant clean and none of the bulk material gets lost. The enclosed design also keeps moisture out and thereby prevents any possible reactions of the bulk material.
Tube chain conveyors are used wherever bulk material quantities of up to 60 m³/h are transported over a distance of up to 60 m horizontally or 40 m vertically.
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