Product Introduction
Structure composition:
The non-powered roller is mainly composed of a roller cylinder, an axle core, bearings, and a support frame, etc. The roller cylinder is the component that directly contacts the transported materials. Its length and diameter are determined according to the transportation requirements, and the surface is usually treated for smoothness to reduce friction. The axle core runs through both ends of the roller cylinder and provides support for the roller cylinder, ensuring its stable rotation. The bearings are installed between the axle core and the roller cylinder, reducing the friction coefficient between them and making the roller cylinder rotate more flexibly and smoothly. The support frame is used to fix the non-powered roller and install it on the frame of the conveying equipment to ensure the stability of the roller during operation and prevent shaking or displacement.
Material characteristics:
The materials for non-powered rollers are diverse and have different properties. Steel non-powered rollers have high strength, large bearing capacity, good wear resistance, can adapt to the transportation of heavier materials, and have a longer service life. However, they are relatively heavy and have a higher cost. Plastic non-powered rollers are lightweight, low-cost, and have good corrosion resistance, suitable for transporting corrosive materials or in humid environments. However, their bearing capacity is relatively weak and their wear resistance is slightly worse. Stainless steel non-powered rollers combine the advantages of steel and plastic, having high strength, good bearing capacity, excellent corrosion resistance and weather resistance, and are suitable for environments with high hygiene requirements or corrosive work, such as food processing and chemical industries.
Function and role:
The non-powered roller mainly plays an auxiliary conveying role in the conveying system. When the materials move on the conveying equipment, the non-powered roller rotates with the friction force of the materials, thereby reducing the friction resistance between the materials and the conveying equipment, allowing the materials to move more smoothly forward, and reducing the energy consumption during the material conveying process. It can provide support for the materials, preventing them from sagging or deforming due to their own weight, ensuring the stability and integrity of the materials during the conveying process. In addition, the non-powered roller can change the material conveying direction through reasonable arrangement and combination according to the conveying requirements, achieving material steering conveying and improving the flexibility and adaptability of the conveying system.
The non-powered roller is mainly composed of a roller cylinder, an axle core, bearings, and a support frame, etc. The roller cylinder is the component that directly contacts the transported materials. Its length and diameter are determined according to the transportation requirements, and the surface is usually treated for smoothness to reduce friction. The axle core runs through both ends of the roller cylinder and provides support for the roller cylinder, ensuring its stable rotation. The bearings are installed between the axle core and the roller cylinder, reducing the friction coefficient between them and making the roller cylinder rotate more flexibly and smoothly. The support frame is used to fix the non-powered roller and install it on the frame of the conveying equipment to ensure the stability of the roller during operation and prevent shaking or displacement.
Material characteristics:
The materials for non-powered rollers are diverse and have different properties. Steel non-powered rollers have high strength, large bearing capacity, good wear resistance, can adapt to the transportation of heavier materials, and have a longer service life. However, they are relatively heavy and have a higher cost. Plastic non-powered rollers are lightweight, low-cost, and have good corrosion resistance, suitable for transporting corrosive materials or in humid environments. However, their bearing capacity is relatively weak and their wear resistance is slightly worse. Stainless steel non-powered rollers combine the advantages of steel and plastic, having high strength, good bearing capacity, excellent corrosion resistance and weather resistance, and are suitable for environments with high hygiene requirements or corrosive work, such as food processing and chemical industries.
Function and role:
The non-powered roller mainly plays an auxiliary conveying role in the conveying system. When the materials move on the conveying equipment, the non-powered roller rotates with the friction force of the materials, thereby reducing the friction resistance between the materials and the conveying equipment, allowing the materials to move more smoothly forward, and reducing the energy consumption during the material conveying process. It can provide support for the materials, preventing them from sagging or deforming due to their own weight, ensuring the stability and integrity of the materials during the conveying process. In addition, the non-powered roller can change the material conveying direction through reasonable arrangement and combination according to the conveying requirements, achieving material steering conveying and improving the flexibility and adaptability of the conveying system.