Inclined Screw Conveyor is a kind of equipment that uses the rotation of spiral blades to convey materials, and its conveying line is inclined. It is mainly composed of a spiral body, a driving device, a supporting structure, and an inlet and outlet. The spiral body consists of a spiral shaft and spiral blades welded on the shaft. The driving device is usually a motor, which drives the spiral shaft to rotate through a reducer to achieve material transportation.

Inclined Screw Conveyor Parameters：

Inclined Screw Conveyor Features:

1. Flexible conveying angle: The inclined screw conveyor can adjust the conveying angle according to actual needs, generally between 15° and 30°, and can also reach a larger inclination angle under special circumstances. This flexibility enables it to adapt to different site layouts and conveying requirements, and realize efficient material conveying in a limited space.

2. Strong conveying capacity: The design of the spiral blade enables the material to be pushed continuously and stably during the conveying process, with high conveying efficiency. At the same time, by adjusting the speed of the spiral shaft and the pitch of the spiral blade, the conveying volume can be easily controlled to meet the needs of different production scales.

3. Simple and reliable structure: The structure of the inclined screw conveyor is relatively simple, mainly consisting of several parts such as the spiral body, the drive device and the support structure, which is easy to manufacture, install and maintain. It runs smoothly and has a low failure rate, which can ensure long-term stable operation and reduce downtime during the production process.

4. Strong adaptability: The equipment is suitable for conveying various types of materials, including powdery, granular and small block materials. For materials of different properties, such as sticky materials, fragile materials, etc., by selecting suitable spiral blade materials and shapes, and adjusting the conveying parameters, good conveying effects can be achieved.

5. Good sealing: Inclined screw conveyors usually adopt a fully enclosed structure design, which can effectively prevent material leakage during transportation, reduce environmental pollution and material loss. At the same time, good sealing also helps to protect the quality of materials and avoid being affected by external factors.

Applications of Inclined Screw Conveyor:

1. Chemical industry: In chemical production, inclined screw conveyors are widely used to transport various chemical raw materials, such as plastic particles, rubber particles, fertilizers, etc. Because it can transport materials continuously and stably, and has good sealing, it can ensure the quality and safety of chemical raw materials during transportation, and meet the strict requirements of chemical production.

2. Grain industry: In the process of grain storage and processing, inclined screw conveyors can be used to transport grain crops such as wheat, corn, and soybeans. It can adapt to the granular characteristics of grain, achieve efficient and uniform transportation, reduce the breakage and loss of grain during transportation, and improve the efficiency and quality of grain processing.

3. Building materials industry: In the production of building materials, such as cement, sand and gravel, the inclined screw conveyor plays an important role in the transportation of materials. It can transport materials from the storage bin to each process of the production line to ensure the continuous production. At the same time, for building materials of different particle sizes, by adjusting the equipment parameters, good conveying effects can be achieved.

4. Food industry: In the process of food processing, inclined screw conveyors can be used to transport food raw materials such as flour, starch, and candy. Its design, which complies with food hygiene standards, can ensure the hygiene and safety of food raw materials during transportation and avoid contamination.

5. Mining industry: In the process of mining and mineral processing, the inclined screw conveyor can be used to transport ore, mineral powder and other materials. It can adapt to the harsh working environment of the mine, such as high temperature, high humidity, and high dust, to ensure the stable transportation of materials and improve the efficiency of mine production.

Instructions for use:

Installation precautions:

When installing the inclined screw conveyor, ensure that the horizontality and verticality of the equipment meet the requirements to ensure the normal operation of the screw shaft and the uniform transportation of materials.

The inlet and outlet of the equipment should be properly connected with the upstream and downstream equipment to avoid leakage or blockage. At the same time, the position and angle of the feed port should be reasonably set to ensure that the material can enter the screw conveyor smoothly.

During the installation process, pay attention to protecting the spiral blades to avoid collision and deformation. Damage to the spiral blades will affect the conveying effect and even cause equipment failure.

Operation specifications:

Before starting the inclined screw conveyor, check whether the various components of the equipment are normal, such as whether the spiral blades are loose and whether the drive device is lacking oil. Ensure that the equipment is in good operating condition before starting.

When starting, follow the prescribed procedures, start the drive device first, and then gradually open the feed port valve to avoid sudden influx of materials and cause equipment overload.

During operation, pay close attention to the operation of the equipment, such as motor current, screw shaft speed, material transportation, etc. If abnormalities are found, stop the machine in time for inspection and treatment.

Maintenance:

Maintain the inclined screw conveyor regularly, including cleaning the surface of the equipment, checking the wear of the spiral blades, lubricating the drive device, etc. Cleaning the surface of the equipment can prevent material accumulation and corrosion, and checking the wear of the spiral blades can replace the damaged blades in time to ensure the conveying effect.

For equipment that has been out of service for a long time, anti-rust treatment should be done to prevent the equipment from rusting and damage. At the same time, the electrical system of the equipment should be checked regularly to ensure the normal operation of the electrical components.

During the maintenance process, safety operating procedures should be followed to avoid safety accidents. For example, when cleaning the equipment, the machine should be shut down and the power supply should be cut off to prevent accidental start-up.

Material requirements:

The conveyed materials should meet the design requirements of the inclined screw conveyor, and avoid conveying materials that are too large, too hard or too sticky. Oversized or hard materials may cause damage to the spiral blades or block the equipment, and materials with too much stickiness are easy to adhere to the spiral blades and the casing, affecting the conveying effect.

When conveying fragile materials, the speed and conveying volume of the spiral shaft should be controlled to prevent the materials from being crushed by excessive extrusion and impact during the conveying process.

Materials containing impurities should be cleaned before transportation to prevent impurities from entering the equipment and affecting the normal operation of the equipment.

Environmental requirements:

The inclined screw conveyor should be installed in a dry and well-ventilated environment to prevent the equipment from being damp and corroded. If the equipment is installed in a humid environment, appropriate moisture-proof measures should be taken, such as increasing the sealing of the equipment and installing dehumidification equipment.

The area around the equipment should be kept clean to avoid the accumulation of debris that affects the heat dissipation and operation of the equipment. At the same time, the equipment should be prevented from being hit by external forces to ensure the safe operation of the equipment.