Small Bucket Elevator

What are the advantages of a small bucket elevator?

Space-saving design

Small bucket elevators are compact in size and require less floor space than larger conveyor systems. They can be installed in areas with limited vertical space, making them suitable for facilities with limited space.

Efficient material handling

These lifts are designed to efficiently handle smaller volumes and heights. They can transport bulk materials vertically or at an angle, enabling efficient material transfer and distribution during the production process.

Gentle handling of delicate materials

Small bucket elevators are ideal for handling fragile or delicate materials such as grains, seeds and powders. Buckets are designed to minimize degradation or damage to materials during conveyance, ensuring the integrity and quality of the materials being conveyed.

Multiple material compatibility

Small bucket elevators can handle a variety of bulk materials, including grains, seeds, powders, granules and small-sized granules. They are suitable for different material types and can be customized with different bucket designs and materials to suit specific material characteristics.

Controlled discharge

These elevators provide controlled and precise material discharge at the desired location. The bucket is designed to ensure a smooth and consistent flow of material, preventing spills or uneven distribution.

Easy to maintain and operate

Small bucket elevators are generally designed to be easy to maintain and operate. They typically have simple structures and user-friendly controls that allow for easy maintenance, cleaning, and adjustment of operating parameters.

What is the structure of small bucket elevator?

The structure of a small bucket elevator consists of several key components that work together to lift and transport materials. While the specific design may vary depending on the manufacturer and model, here are the main components typically found in the structure of a small bucket elevator:

Head section: The head section is located at the top of the elevator and houses the drive mechanism. It includes a motor, gearbox, and other components necessary for powering the elevator and driving the belt or chain. The head section also incorporates the head pulley, which is responsible for guiding and tensioning the belt or chain.

Boot section: The boot section is located at the bottom of the elevator and serves as the initial point where materials are loaded into the buckets. It includes a boot pulley that helps guide the belt or chain and maintains tension. The boot section often incorporates a boot hopper or inlet to facilitate the controlled entry of materials into the buckets.

Elevator belt or chain: The elevator belt or chain is the continuous loop that runs between the head and boot sections of the elevator. It is responsible for carrying the buckets and moving the materials vertically or at an incline. The belt or chain is specifically designed to withstand the load and abrasion associated with material handling.

Buckets: The buckets are attached at regular intervals to the elevator belt or chain. They scoop up the material at the boot section and carry it vertically or at an incline. The bucket design and material can vary depending on the specific application and material characteristics. They are typically made of durable materials such as plastic or metal.

Bucket fasteners: Bucket fasteners secure the buckets to the elevator belt or chain. They ensure that the buckets remain firmly attached during operation and withstand the weight of the materials being conveyed.

Casing: The casing provides a protective enclosure around the elevator structure. It helps contain the material being transported, prevents spillage, and ensures the safe operation of the elevator. The casing can be made of metal or other suitable materials, and it may feature access doors or inspection windows for maintenance and monitoring purposes.

Discharge chute: The discharge chute is located at the top of the elevator and serves as the point where materials are discharged from the buckets. It directs the material flow into the desired location, such as a receiving hopper, conveyor, or processing equipment.

Dimensions of small bucket elevator

Model	Profile height L	Overall structure			Bucket		Anchor hole				Inlet
		H	H4	S	t	b	a3	b3	n3	d3	H5	a4	a5	a6	a7	b4	b5	b6	n2	d2
TD100	C＋1100	C-820	600	200	200	100	200	310	8	Φ18	900	280	80	100	19	220	100	250	9	Φ10
TD160	C＋1363	C-930	700	250	350/280	160	250	400	8	Φ18	1000	260	80	100	19	220	100	250	9	Φ12
Model	Upper and lower casings and outlines								Discharge port
	H3	H6	A2	A6	A7	B2	B4	B5	H1	A3	a1	a2	a3	b1	b2	b3	n1	d1
TD100	970	1210	692	776	1050	220	370	330	520	438	334	120	390	224	95	280	12	Φ12
TD160	1185	1500	985	996	1235	295	461	475	630	548	365	150	431	315	150	381	12	Φ12

Customer case

A chemical company customer successfully applied Xinxiang Dahan's small bucket elevator. They used the elevator for the transportation and storage of chemical raw materials, such as powder and granular chemical products. Through the small bucket elevator, the chemical company achieved efficient and stable transportation of raw materials, improved production efficiency and reduced manual handling. The customer highly praised the reliability, safety and ease of operation of the elevator.

Small bucket elevator Manufacturers

Xinxiang Dahan small bucket elevator manufacturer is a manufacturer specializing in the production of small bucket elevators. The manufacturer is located in Xinxiang City and has many years of production experience and expertise. They are committed to providing small bucket elevator products of high quality, reliability and durability.

Xinxiang Dahan small bucket elevator manufacturer's product design and manufacturing comply with international standards and industry requirements. They use high-quality materials and advanced manufacturing processes to ensure product stability and long life.

The manufacturer focuses on technological innovation and product improvement, and constantly optimizes designs to meet the needs and applications of different customers.

In addition to high-quality products, Xinxiang Dahan small bucket elevator manufacturer also provides excellent after-sales service. They have a professional technical team and a complete after-sales support system, able to respond to customer needs in a timely manner and provide technical support and maintenance services.

How to choose a small bucket elevator?

When choosing a small bucket elevator, there are several key factors to consider:

Conveying capacity and lifting height: Determine the required conveying capacity (the amount of material transported per unit time) and lifting height (the vertical distance the material needs to be transported).

Material characteristics: Consider the characteristics of the transported materials, such as particle size, bulk density, fluidity, etc. Some materials may be abrasive, corrosive, or have special handling requirements.

Design and configuration: Consider factors such as bucket type (shape and size), bucket spacing, belt or chain type, drive system and discharge options.

Cost and ROI: Evaluate the overall cost of the bucket elevator, including initial investment, installation, operating costs and potential maintenance expenses. Also consider return on investment (ROI) and the long-term benefits a bucket elevator can provide in terms of increased productivity, reduced downtime and more efficient material handling.