★ GTS drum screen transmission system: mainly includes electric motor, belt drive, reducer, coupling, etc., with smooth and reliable transmission and no noise;

★ Drum device: mainly including drum, bearing support, screen mesh, pressure strip, etc; Among them, the drum is arranged in an inclined manner, and its support adopts an integral shaft structure with high overall strength and rigidity, ensuring the smooth operation of the drum;

★ Screen: Fixed with pressure strips, easy to replace screen; According to the characteristics of the screened material, a fully enclosed structure (with an outer cover, no dust pollution) or an open structure can be selected;

★ Rack: Adopting integral welding forming, compact structure, high reliability.

    The GTS drum screen is a specialized screening equipment developed by our company for industries such as power plants, coking plants, building materials, metallurgy, chemical engineering, and mining. It overcomes the problem of screen clogging caused by various vibrating screens when screening wet materials, and improves the output and reliability of the screening system. Suitable for screening materials of various properties, as well as damp and easily clogged materials such as coal, coal gangue, coke quicklime, etc. The screened product is 100mm in size, 10-50mm in the middle, and can be as fine as 3mm or less. This product has received unanimous praise from a wide range of users.

The drum screening machine is designed to prevent clogging of the sieve holes by allowing materials stuck in the sieve holes to be ejected due to the flipping and rolling of materials inside the drum. The GTS series drum screening machine mainly consists of a motor, a reducer, a drum device, a frame, a sealing cover, and an inlet and outlet. The drum device is installed obliquely on the frame. The electric motor is connected to the drum device through a coupling via a reducer, driving the drum device to rotate around its axis. After the material enters the drum device, due to the tilt and rotation of the drum device, the material on the screen surface flips and rolls, causing qualified materials (undersized products) to be discharged through the outer mesh of the drum, and unqualified materials (undersized products) to be discharged through the end of the drum. Due to the flipping and rolling of materials inside the drum, materials stuck in the sieve holes can be ejected to prevent blockage of the sieve holes.