A variety of tools and equipment are necessary in the field of concrete construction to guarantee that the work is completed accurately and efficiently. Among these, a bucket for concrete pouring sticks out as an essential tool. This multipurpose instrument, which goes by several names like a glass, container, bell, cubbly, or shoe, is essential to the transportation and positioning of concrete on building sites.
Concrete pouring buckets are available in a variety of shapes and sizes, each tailored to suit individual requirements and tastes. These are designed to easily hold and move concrete from the mixer to the intended location. Their layout guarantees accurate and seamless concrete pouring, reducing waste and guaranteeing a consistent surface.
The capacity of a concrete pouring bucket to access locations that may be challenging for larger machinery to reach is one of its main advantages. Because of this, it’s the perfect option for projects with intricate details or small spaces. More flexibility is also made possible by the range of sizes and shapes that are available, which can accommodate varied project requirements and scales.
In general, using a bucket to pour concrete improves the effectiveness and caliber of the concrete placement process. Construction professionals are better equipped to make decisions that enhance the success of their projects when they have a thorough understanding of the various types that are available and their particular applications. The correct concrete pouring bucket can make a big difference, regardless of the size of the project—whether it’s a small residential construction or a large commercial undertaking.
Type of Container | Description |
Bucket | A simple container with a handle used for carrying and pouring concrete. |
Glass | A smaller, often cylindrical container for precise pouring of concrete. |
Bell | A funnel-shaped container that helps in directing concrete to a specific area. |
Cubbly | A container with a wide opening, designed for easy filling and pouring. |
Shoe | A shoe-shaped container that allows for controlled and accurate pouring of concrete. |
- Classification and requirements for the material
- Design
- Criteria for choosing buckets for concrete delivery
- Purpose and varieties
- Shot glass or bell
- Bucket in the form of a shoe
- Video on the topic
- Container for concrete and mortar of the "BN" series (shot glass)
- Bucket for concrete BN 1m3
- Bucket for concrete "Shot glass" manufactured by the "M-Constructor" plant
- How the Shoe Concrete Bucket works!
- Bucket for concrete BN-1.5 low bell glass vertical non-rotating
Classification and requirements for the material
You should definitely consider all of the available models when selecting a bucket (also referred to as a bunker, kublo, or can) for supplying concrete and select the best one. Additionally, the material used to make the bucket is the most crucial factor to consider when making a decision because it needs to be dependable, long-lasting, and meet a number of requirements.
- Capacity – volumes in the range from 0.5 to 2 cubic meters are considered standard, but there are other models. Many craftsmen make buckets of the required volume themselves.
- Presence/absence of moving parts – for example, a bucket with a volume of 1 m3 is usually equipped with a gate valve, thanks to which you can control and regulate the uniformity of unloading the solution into the formwork.
- Possibility of rotation – structures can be of two types: rotary and non-rotary.
- Direction of mixture supply – horizontal or vertical.
- Method by which pouring is carried out – manually or with a concrete pump.
- The degree of versatility – quite often in the conditions of small objects the bucket is also used for feeding various bulk materials (crushed stone, sand, etc.).d.).
Concrete pouring buckets are composed of sturdy construction steels, whose technical and quality attributes are governed by GOST 27772-88. Modern production uses welding, so the most popular steel grades are 09G2S, 12GS, and 16S because they are easy to weld and exhibit increased strength characteristics.
If you intend to construct a bucket for concrete solutions at home, GOST 380-74-regulated steel type ST3PS is acceptable.
Additionally, hot-rolled sheet metal with a minimum thickness of two to three millimeters is the primary assortment type used to ensure that the entire structure is sufficiently rigid.
Design
There is a specific design for a bucket used for concrete and mortar of any kind made of cement. Nearly all of these containers have the following features: a welded support frame (only for models without a turn), clamps (only for models with a turn), a loading hopper, a mechanical shutter, a tray, and a gate valve.
Additionally, the structure has loops for transportation using a bridge or tower crane. Huge volume tubs made to a specific drawing may also have hanging cradles for personnel in charge of the concrete solution loading procedure into the formwork.
For the standard design, there are only two options: a non-rotating model called "bell/glass" and a rotating model called "galosh/shoe" that has a hopper shaped like a pyramid or cone. We’ll talk about the benefits and drawbacks of each choice below. It’s worthwhile to think about both designs in the interim.
When the tray is positioned at the bottom of the container, fixed models ranging from BN-0.5 to BN-3.0 can be implemented using both horizontal and vertical methods of loading the mixture. Conical shapes are preferred more frequently because, at the same volume, they make the bucket appear to be slightly taller and facilitate easier preparation of the concrete mixture and removal of it from the walls after pouring.
The lower tray of small buckets is typically opened by hand; larger models come with a drive that has a gear jaw lock. These products are more costly and frequently come with a worker’s cradle.
Because the design of the "glass/bell" concrete bucket permits the use of a concrete pump and hose, which streamlines and expedites the pouring of large volumes of concrete, it is particularly useful for work involving monolithic concreting.
The sole disadvantage of swivel "shoe" style buckets is their higher cost. With a design like this, work can be easily adjusted by tilting and rotating the container to change the direction and speed of the concrete supply. Because "shoes" have a larger cross-sectional area than other funnel types, they are typically thought to be more versatile.
This kind of container can only hold concrete that is loaded horizontally; it cannot be filled from a regular dump truck or from a special transport. Buckets can be expensive, but their high capacity and simplicity of use make them worth it.
Criteria for choosing buckets for concrete delivery
There are a few key factors to consider when selecting a concrete bucket. While each of them is significant, a lot also depends on the tasks, work environment, and features.
- Bunker capacity – the BN series starts with 0.5 cubic meters, the BP series – with 1. The volume gradation is 0.2 cubic meters.
- The thickness of the bucket metal is an important parameter, especially if the structure is planned to be used for a long time. Thin metal may not withstand a dense mixture, it will wear out quickly. It is better to choose a bucket made of the thickest possible metal.
- The quality of painting and processing of all surfaces – atmospheric powder paints guarantee the tightness of the coating for at least 12 months in any conditions and the durability of all parts.
- Comfort in operation and transportation – thus, experts advise choosing a "shoe" type design for small volumes of 0.5 cubic meters. (Photo source: Kurs LLC)
- The weight of the bucket itself – this parameter is not always important, but you should also pay attention to it.
- Additional options – the presence of a platform for operating the vibrator will be useful (it will be possible to unload concrete faster and reduce the labor intensity of cleaning the inside of the bunker).
- The type of mechanism for opening the shutter jaws – relevant for non-rotating models, affects comfort.
- Absence of defects – important when buying a used bucket, and also to determine a factory defect.
- The presence of sleeves and a pump – important in "bell/glass" type models.
- The shape of the transport lugs – should be as convenient as possible for transporting the bucket by cranes/forklifts.
You can rent a bucket for a lot less money if you only intend to do a small amount of work or a single pour. You should consider the existence or absence of dents, loop defects, and coating damage when selecting a rented container. Masters frequently use two differentotypical products at the same time, subject to the implementation of large volumes of work; each table is installed close to the form and unloads the machine more actively.
"Speech" is important when working with loose materials (sand, crushed stone) to create a base pillow. Furthermore, the model’s funnel is wider than the "glasses."
Purpose and varieties
When loading and unloading a lot of concrete, Badya might be required. By declining the services of the plant and guaranteeing the supply of the solution directly to the location, the bunker allows for the substantial reduction of the cost of delivering the finished mixture when pouring monolithic foundations and other structures. You can keep finished concrete in the tub for a while.
Different bucket models are appropriate for carrying out different tasks, so it’s a good idea to research the features of each option before making a decision.
Shot glass or bell
This is a model of a cylindrical bucket with a cone that does not rotate. Concrete is supplied vertically via the hopper. The existence of a wide ring-shaped support system allows the structure to remain stable. Ring configurations can vary depending on whether the container is full or empty.
A dump truck loads the concrete solution through the top of the bucket. Lowering the models makes working with them easier. The lower portion of the cone contains jaw-type locking joints, which are assumed to be present by standard equipment. Additionally, the following mechanisms are employed to streamline the solution supply: a funnel, a trailer tray, and fasteners for flexible hoses.
Concrete mortar is loaded into comparable, monolithic building structures using the "bell" model. A bucket like this is useful when handling extremely stiff mixtures. Special hoses and replaceable trays add more functionality; without them, concrete can only be supplied in one direction.
The most basic and least expensive type of bucket is called "glass." Its average load-bearing capacity is 2500 kg, and its capacity ranges from 0.5 to 3 cubic meters (though occasionally you can find more in Moscow).
Bucket in the form of a shoe
The rotating structure used to create this model has mutable geometry. The rectangular opening for receiving concrete, the 1-4 cubic meter capacity, and the horizontal loading of the mixture ensure both the stability of the bucket and user comfort.
Outwardly, the model looks like a tapering and slightly truncated pyramid. The unloading funnel is closed with a special shutter, the body is reinforced with metal parts. A special frame provides additional protection and stability.
The primary characteristic of the "shoe" model is the vibrator on either side of the bucket, which greatly increases the solution’s shelf life and permits short-term storage. The mixture gets easier to feed as it becomes more uniform and active.
Cranes are used to move the bucket and rotate it in a vertical plane. The task is greatly simplified because of the rotary design. When compared to the previous model, this one is more functional. The vibrator connection, which prevents concrete from remaining on the container walls, is a significant benefit.
In "shoe" type models, unloading funnels can vary greatly, ranging from gate to two-section. Control is initiated via the lever system. Concrete can be prepared right on the job site with a bucket.
For precise and effective construction work, specialized buckets for concrete delivery and pouring are a must. Regardless of the name given to them—glass, container, bell, cubbly, or shoe—these receptacles are made to guarantee that concrete is transported and poured with the least amount of spillage and the greatest amount of control. This guarantees that the concrete mix is precisely where it is needed and helps preserve its integrity.
Every kind of bucket has special qualities and advantages of its own. For instance, a shoe bucket is made for more exact placement in confined or complex areas, whereas a bell-shaped bucket enables smooth, controlled pouring. Knowing the particular requirements of your project will enable you to select the best kind of bucket, enhancing both the productivity of your team and the caliber of your work in the end.
Purchasing the appropriate tools, like these customized concrete buckets, not only improves the quality of the completed project but also makes the construction site safer and more orderly. When concrete is handled correctly, it can be built more quickly, with less waste, and with greater durability. As a result, choosing the right bucket for your concrete delivery requirements is an essential first step in any building project.
Often called a container, shoe, or bell, a bucket for pouring concrete is an essential tool in construction as it makes the process of moving and delivering concrete to exact locations on site easier. This adaptable equipment guarantees precise and effective placement, cutting labor and waste costs and improving the caliber and speed of construction projects. Whether you’re working on a small home project or a large building, knowing the various types of concrete buckets and how to use them will greatly improve your productivity and results.