
Manufacture and supply of high-strength, high-precision and wear-resistant specialty drums, including a full range of split rolls, idler rolls, thermal rolls and other types, helping to increase efficiency and reduce energy consumption in the production of high-quality nonwovens for medical devices, environmental filters, automotive interiors and other applications.
Manufacture and supply of high-strength, high-precision and wear-resistant specialty drums, including a full range of split rolls, idler rolls, thermal rolls and other types, helping to increase efficiency and reduce energy consumption in the production of high-quality nonwovens for medical devices, environmental filters, automotive interiors and other applications.
An integrated design is used that combines the drum and the drive motor into a single unit, which eliminates the need for couplings and other components, ensures a compact design and saves equipment installation space, and is suitable for winding and pulling positions of non-woven materials. Built-in frequency drive provides a wide range of rotation speed adjustment, smooth starting and stopping, low power loss during motion transmission, which can adapt to different speeds of the production line. The drum body is made of reinforced alloy steel, has a high load-bearing capacity, is resistant to bending when tensioning large rolls of material, double-layer sealed bearings at the ends provide protection from dust and moisture, which makes the drum suitable for use in workshops with a high content of dust and humidity. Dynamic balancing is carried out at the factory, which guarantees the absence of vibrations during high-speed rotation, the winding of the web is carried out smoothly, without the formation of folds. The surface of the drum can be treated with rubber coating, mirror polishing or covering with non-woven material, which can simultaneously provide anti-slip properties when pulling and precision pressing. The drums are adapted for equipment at all stages of the cutting, composite and hot rolling processes, simplify the drive design and reduce the cost of subsequent maintenance of components.