What is Bucket Conveyor?
02-04-2022 666
Bucket conveyors move product vertically through a reciprocating bucket.
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How do you move heavy goods vertically? Although difficult at first, this challenge can be easily overcome with material handling equipment, i.e. machinery specially built to tackle the safe transport of items. Conveyor technology allows operators to speed up production, and these machines are now used in every industry.
This article takes a closer look at bucket conveyors, which are made to transport materials vertically and are a popular choice in many applications. Their types, designs and applications will be detailed in this article to show where they should be used and who can benefit from this type of conveyor.
Bucket conveyors move product vertically through a reciprocating bucket. Conveyor belts are made of an interconnected trough ring that stays in place when moving from horizontal to vertical, preventing their material from spilling out. The conveyor is loaded with material at the front and each bucket automatically deposits at the end of the run, also known as the discharge process.
The process is a quick and automatic method of vertical conveying, as the same material picking bins are used to send the material. The design of these machines is highly dependent on the material being transported as well as the desired height to which it must travel, but they are reliable and efficient if built correctly.
They work best when moving dry, light or powdery materials and are generally not used to move wet substances, as any buildup in the bucket will cause discharge problems.
Bucket conveyors are a popular choice for vertical transport and are widely used across industries. They hold product contained in discrete units, unlike screw conveyors that help homogenize product and excel at handling free-flowing, abrasive aggregates. Bucket conveyors do not accumulate and are available in C, S, Z or vertical arrangement, depending on the type. They can also be used horizontally but are best suited for inclined and vertical runs, as most are designed to be vertical. Some examples of bucket conveyor applications are in coal and ash handling equipment, grain elevators, and sugar conveyors.
Bucket conveyors come in three basic types: centrifugal, continuous, and positive conveyors. This section will explore each to show how they differ and to illustrate their most important use cases.
Centrifugal bucket conveyors move free-flowing material using centrifugal force. Equally spaced buckets on the chain dig into the material at the inlet and then throw the material out of the discharge, usually immediately after the top of the chain to maximize centrifugal force. These buckets are housed in a metal housing that prevents materials from falling out during transit. They are capable of both low and high speeds
Continuous bucket conveyors differ from other types of bucket conveyors in that they are used to transport fragile or light materials. They move at a much slower rate, and there is no gap between the buckets to prevent any spills. The buckets are filled individually by the inlet and the buckets are deposited so that only gravity acts on the product.
They minimize product spoilage by preventing aeration and handling fragile products. They can come in many shapes and can be in an S, Z or C shape, depending on the need. They are found in mining and plastic industry applications, heavy duty use and other applications requiring minimal agitation.
Positive discharge conveyors are a special type of centrifugal conveyor in which their buckets pass through an auxiliary sprocket to push the material out of the discharge end. They move at a slow speed which prevents unnecessary spillage and breakage of material. The bucket designs of these conveyors are unique to each manufacturer and are made larger to compensate for their slower speeds.
They are most useful in applications such as moving grains, nuts, dried fruit, and other similar products where the priority is to preserve product integrity. They come in a variety of arrangements and sizes and are generally more expensive than the previous two bucket conveyors.
Choosing the right bucket conveyor can be a challenge, so this article will make the process easier by outlining the basic specifications your supplier will need. . This section is by no means an exhaustive list, but it will provide the most relevant information to consider when contacting your supplier to help them determine your needs.
How much material has to be transported per unit of time, and how far does it have to travel? The answers to these questions will determine what type of conveyor can and cannot be used, as well as the ideal bucket shape and size.
Determine the material you are conveying and whether it needs to be protected from aeration, adhesion or the environment. For example, if a conveyor is moving grain, a faster, rougher conveyor such as a centrifugal style will work best. However, slower and gentler bucket conveyors are best for dusty products such as sand. Knowing your material will also determine the maximum speed and bin size.
Some applications require feedback and change rate control, if this is important to your project, make sure your vendor knows this. There are conveyors that allow operator and sensor input, but they don't usually appear in more general conveyor models unless specified.
In addition, if your material is chemically active, hazardous or unique in any way, make sure your supplier is aware of this so that the appropriate steps can be taken to address it. these needs.
This article presents an understanding of what bucket conveyors are, their types, designs and uses. For more information on related products, please refer to our other guides at website: www.intechvietnam.com
Related Posts:
This article takes a closer look at bucket conveyors, which are made to transport materials vertically and are a popular choice in many applications. Their types, designs and applications will be detailed in this article to show where they should be used and who can benefit from this type of conveyor.
What is Bucket Conveyor?
Bucket conveyors move product vertically through a reciprocating bucket. Conveyor belts are made of an interconnected trough ring that stays in place when moving from horizontal to vertical, preventing their material from spilling out. The conveyor is loaded with material at the front and each bucket automatically deposits at the end of the run, also known as the discharge process.
The process is a quick and automatic method of vertical conveying, as the same material picking bins are used to send the material. The design of these machines is highly dependent on the material being transported as well as the desired height to which it must travel, but they are reliable and efficient if built correctly.

Bucket Conveyor Application
They work best when moving dry, light or powdery materials and are generally not used to move wet substances, as any buildup in the bucket will cause discharge problems.
Bucket conveyors are a popular choice for vertical transport and are widely used across industries. They hold product contained in discrete units, unlike screw conveyors that help homogenize product and excel at handling free-flowing, abrasive aggregates. Bucket conveyors do not accumulate and are available in C, S, Z or vertical arrangement, depending on the type. They can also be used horizontally but are best suited for inclined and vertical runs, as most are designed to be vertical. Some examples of bucket conveyor applications are in coal and ash handling equipment, grain elevators, and sugar conveyors.
Types of bucket conveyors
Bucket conveyors come in three basic types: centrifugal, continuous, and positive conveyors. This section will explore each to show how they differ and to illustrate their most important use cases.
1 - Centrifugal bucket conveyor
Centrifugal bucket conveyors move free-flowing material using centrifugal force. Equally spaced buckets on the chain dig into the material at the inlet and then throw the material out of the discharge, usually immediately after the top of the chain to maximize centrifugal force. These buckets are housed in a metal housing that prevents materials from falling out during transit. They are capable of both low and high speeds
2 - Continuous bucket conveyor
Continuous bucket conveyors differ from other types of bucket conveyors in that they are used to transport fragile or light materials. They move at a much slower rate, and there is no gap between the buckets to prevent any spills. The buckets are filled individually by the inlet and the buckets are deposited so that only gravity acts on the product.
They minimize product spoilage by preventing aeration and handling fragile products. They can come in many shapes and can be in an S, Z or C shape, depending on the need. They are found in mining and plastic industry applications, heavy duty use and other applications requiring minimal agitation.
3 - Positive discharge conveyor
Positive discharge conveyors are a special type of centrifugal conveyor in which their buckets pass through an auxiliary sprocket to push the material out of the discharge end. They move at a slow speed which prevents unnecessary spillage and breakage of material. The bucket designs of these conveyors are unique to each manufacturer and are made larger to compensate for their slower speeds.
They are most useful in applications such as moving grains, nuts, dried fruit, and other similar products where the priority is to preserve product integrity. They come in a variety of arrangements and sizes and are generally more expensive than the previous two bucket conveyors.
Specifications and selection criteria
Choosing the right bucket conveyor can be a challenge, so this article will make the process easier by outlining the basic specifications your supplier will need. . This section is by no means an exhaustive list, but it will provide the most relevant information to consider when contacting your supplier to help them determine your needs.
- Output ratio power, bucket design and distance
How much material has to be transported per unit of time, and how far does it have to travel? The answers to these questions will determine what type of conveyor can and cannot be used, as well as the ideal bucket shape and size.
- Demand and product protection
Determine the material you are conveying and whether it needs to be protected from aeration, adhesion or the environment. For example, if a conveyor is moving grain, a faster, rougher conveyor such as a centrifugal style will work best. However, slower and gentler bucket conveyors are best for dusty products such as sand. Knowing your material will also determine the maximum speed and bin size.
- Controls and special considerations
Some applications require feedback and change rate control, if this is important to your project, make sure your vendor knows this. There are conveyors that allow operator and sensor input, but they don't usually appear in more general conveyor models unless specified.
In addition, if your material is chemically active, hazardous or unique in any way, make sure your supplier is aware of this so that the appropriate steps can be taken to address it. these needs.
In brief
This article presents an understanding of what bucket conveyors are, their types, designs and uses. For more information on related products, please refer to our other guides at website: www.intechvietnam.com
Related Posts:
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