Grab Bucket Crane for Cement Handling |1-25 Ton Bridge Crane for Sale

Grab bucket crane for cement handling, customized for your cement factory.Contact us to get custom bridge crane for your factory at cost-effective price now.

Grab bucket bridge crane

Grab bucket crane is a heavy duty double girder overhead crane equipped with grab bucket, which can be used frequently. The lifting capacity of grab bucket crane included the dead weight of the grab bucket is 5 ton to 25 tons. The working class of the grab bucket crane is A6. The specifications of the grab bucket crane is given in the following table for your reference and customized design can be provided by Yuantai Crane：

• Product Type： QZ
• grab bucket crane Lifting Capacity： 1~25t
• grab bucket crane Span Length： 10.5~34.5m
• grab bucket crane Working Class： A6
• grab bucket crane Ambient Temperature： -20~40℃
• grab bucket crane video - Yuantai grab bucket crane

Yuantai overhead grab bucket cranes can be designed according to your special requirements and there are various types of grabs at your selection. If you need any overhead crane, grab bucket crane or electric hoist or other types of cranes, please feel free to contact us.

Main parts and components of cement handling grab bucket crane ?

• Grab bucket cranes used for cement handling typically consist of several main parts and components. Here are some of the most common parts and components:
• Bridge: The bridge is the main horizontal beam that spans the width of the factory and supports the other components of the crane.
• Hoist: The hoist is the component that lifts and lowers the grab bucket. It consists of a motor, a gearbox, and a brake system.
• Trolley: The trolley is the component that moves the hoist along the bridge. It consists of wheels or rollers that run along rails on the bridge.
• Grab bucket: The grab bucket is the component that picks up and releases bulk materials such as cement, sand, and gravel. It consists of two or more jaws that can be opened and closed by hydraulic or mechanical systems.
• Electrical system: The electrical system includes the controls, switches, and wiring that allow the operator to control the crane's movements and functions.
• Structural components: The structural components include the beams, columns, and other elements that support the crane's weight and provide stability during operation.

Overall, grab bucket cranes used for cement handling are complex machines that require careful design, engineering, and maintenance to ensure safe and efficient operation. The specific components of each crane will depend on the needs of the factory and the materials being handled.

Types of grab bucket for cement handling

Grab buckets used for cement handling come in a variety of types and sizes, each designed for specific applications. Here are some of the most common types of grab buckets used for cement handling:

• Four-jaw grab buckets: Four-jaw grab buckets are the most common type of grab bucket used for cement handling. They are designed to pick up and release bulk materials such as cement, sand, and gravel. Four-jaw grab buckets are suitable for a wide range of applications and can be used with different types of cranes.
• Two-jaw grab buckets: Two-jaw grab buckets are designed to pick up and release larger objects such as concrete blocks or precast elements. They are typically used with gantry cranes or other heavy-duty lifting equipment.
• Clamshell grab buckets: Clamshell grab buckets are designed to pick up and release materials such as cement, sand, and gravel in a more controlled manner than four-jaw grab buckets. They are often used for precise material placement or in areas where space is limited.

How to select grab bucket for cement handling crane?

When selecting a grab bucket for cement handling, there are several factors to consider, including:

• Load capacity: The load capacity of the grab bucket should be sufficient to handle the weight of the materials being lifted.
• Bucket size: The size of the bucket should be appropriate for the size of the materials being lifted and the capacity of the crane.
• Material type: The type of material being handled will affect the design of the grab bucket. For example, materials with sharp edges may require a more durable bucket design.
• Crane type: The type of crane being used will affect the type and size of the grab bucket that can be used.

Overall, selecting the proper grab bucket for your application requires careful consideration of these factors and consultation with a qualified crane and lifting equipment supplier.

10 ton grab bucket crane for cement plant

Here's a case study of a grab bucket crane used for cement handling:

In the following the 10 ton grab bucket crane is for your reference. The cement factory client is from Philippines, who needed an efficient solution for handling bulk cement materials within their factory. To meet their requirements, they decided to invest in a grab bucket crane specifically designed for cement handling.

The grab bucket crane they selected had the following specifications:

• Capacity: The grab bucket bridge crane had a capacity of 10 tons, allowing it to handle large volumes of cement at once.
• Four-jaw grab bucket: The crane was equipped with a four-jaw grab bucket, designed to securely grip and release cement materials during the lifting process.
• Bridge span: The bridge span of the crane was 30 meters, providing sufficient coverage to reach various areas of the factory.
• Hoisting speed: The crane had a hoisting speed of 20 meters per minute, ensuring efficient and timely material handling.
• Remote control operation: The crane was equipped with a remote control system, enabling the operator to control the crane's movements and functions from a safe distance.

After the installation of the grab bucket crane, our client’s cement factory experienced several benefits:

• Increased productivity: The grab bucket crane allowed for faster and more efficient handling of cement materials, resulting in increased productivity within the factory.
• Improved safety: The remote control operation reduced the need for manual intervention during the lifting process, enhancing worker safety.
• Precise material placement: The four-jaw grab bucket provided precise control over the placement of cement materials, minimizing spillage and waste.
• Versatility: The grab bucket crane's design allowed it to handle various types of cement materials, including bulk cement, sand, and gravel, providing versatility in their operations.

Overall, the grab bucket crane proved to be a valuable asset for cement factory in their cement handling processes. It streamlined their material handling operations, improved efficiency, and contributed to a safer working environment.