As a key component of the tubular chain conveyor, the driving wheel plays a critical role in the material conveying process. The tubular chain conveyor driving wheel, typically referring to the head and tail sprockets within the system, is the essential part that drives the chain discs to rotate continuously, thereby propelling the material movement inside the tube. It ensures stable and continuous material transport through the pipeline.

Basic Structure

The tubular chain conveyor driving wheel primarily consists of the wheel body, wheel shaft, and bearings. The wheel body is usually manufactured from wear-resistant and corrosion-resistant materials to suit the conveying requirements of different materials. The wheel shaft serves to connect and support the wheel body, ensuring its smooth rotation. Bearings function to reduce friction and improve rotational efficiency.

Materials and Customization

Tubular chain conveyor driving wheels are available in a variety of materials, including stainless steel, carbon steel, and cast iron, to meet the needs of different working environments and material characteristics. Furthermore, many manufacturers offer customization services, allowing for personalized production based on specific customer requirements such as dimensions, shape, and material.

Working Principle

The working principle of the tubular chain conveyor driving wheel is primarily based on the continuous rotation of the chain. Driven by the motor and gearbox, the driving wheel rotates the chain discs continuously inside the tube, thereby moving the material forward. When material particles are pushed by the chain discs in the direction of movement, they move together with the discs, forming a stable material flow.

Application Scenarios

Tubular chain conveyor driving wheels are widely used in applications involving the handling of bulk materials such as powders, small granules, and small lumps. Examples include chemical fertilizers (urea, ammonium chloride, etc.), building materials (cement, clay, etc.), and the food industry (flour, starch, etc.). The driving wheel plays a vital role in combined horizontal, inclined, and vertical conveying processes.