Fertilizer Conveying Bucket Elevator

Fertilizer Conveying Bucket Elevator Introduction

Fertilizer Conveying Bucket Elevator is a mechanical equipment used for vertical or inclined conveying of fertilizers. It transports fertilizers from low places to high places through a bucket-type lifting structure. It is widely used in fertilizer production, storage and packaging, and is efficient, stable and durable.

Purpose of Fertilizer Conveying Bucket Elevator

1. Improve efficiency: quickly transport fertilizers from the ground to high places to reduce manual handling costs.

2. Save space: The vertical design reduces the floor space and is suitable for factories with limited space.

3. Protect materials: The closed structure prevents fertilizers from getting damp, contaminated or spilled.

4. Automated production: seamlessly connected with the production line to achieve continuous and automated operations.

Fertilizer Conveying Bucket Elevator Application Industry

1. Fertilizer production: used for raw material lifting and finished product transportation.

2. Agriculture: used for fertilizer storage and distribution.

3. Warehousing logistics: used for loading, unloading and stacking of fertilizer warehouses.

4. Environmental protection industry: used for the transportation and processing of organic fertilizers.

Fertilizer Conveying Bucket Elevator Customer Cases

1. A fertilizer plant: Use Fertilizer Conveying Bucket Elevator to transport granular fertilizers from the production line to the packaging workshop, increasing efficiency by 30%.

2. An agricultural cooperative: used for the storage and distribution of organic fertilizers, solving the problem of low efficiency of manual handling.

3. An environmental protection company: used for vertical transportation of organic waste to achieve automated processing.

Fertilizer Conveying Bucket Elevator Features

1. Efficient transportation: The transportation volume can reach 10-100 tons per hour to meet the needs of different scales.

2. Strong durability: Use wear-resistant materials to adapt to the corrosiveness and abrasion of fertilizers.

3. Closed design: Prevent dust from spilling, environmentally friendly and safe.

4. Flexible configuration: height, bucket capacity and drive mode can be customized according to needs.

5. Low energy consumption: stable operation, low energy consumption and cost saving.

What is the principle of fertilizer conveying bucket elevator?

1. Feeding: Fertilizer enters the bucket through the bottom feed port.

2. Lifting: The drive device drives the chain or belt, and the bucket is lifted in a vertical or inclined direction.

3. Unloading: After the bucket reaches the top, the fertilizer is discharged by gravity or centrifugal force.

4. Return: The empty bucket returns to the bottom along the return track to complete the cycle.

Fertilizer Conveying Bucket Elevator Parameters

| Parameter Name | Value Range |

|------------------|------------------------|

| Conveying Height | 5-30 meters |

| Conveying Volume | 10-100 tons/hour |

| Bucket Capacity | 2-20 liters |

| Driving Power | 3-30 kW |

| Material | Carbon steel/stainless steel (optional) |

| Applicable Materials | Granular and powdered fertilizers |

Fertilizer Conveying Bucket Elevator Structure

1. Head: drive device, discharge port, head roller.

2. Tail: feed port, tail roller, tensioning device.

3. Bucket: made of wear-resistant material, fixed on chain or belt.

4. Chain/belt: carries bucket and transmits power.

5. Casing: closed design to prevent dust from spilling.

6. Support structure: columns and beams to ensure the stability of the equipment.

What is the maintenance of fertilizer conveying bucket elevator?

1. Regular inspection: Check the tension and wear of the chain/belt, and adjust or replace it in time.

2. Lubrication maintenance: Regularly add lubricating oil to moving parts such as bearings and chains to reduce wear.

3. Clean up the accumulated materials: Regularly clean the residual materials in the bucket and casing to prevent blockage.

4. Check the motor: Ensure that the motor is running normally to avoid overheating or overloading.

5. Anti-rust treatment: Anti-rust treatment is performed on the outer surface of the equipment to extend its service life.

6. Safety protection: Regularly check whether the safety devices (such as emergency stop switches and protective covers) are normal.