Product Description
Wedge Wire Trommel Screen Cylinders are designed for rotary drum screening applications where reliable separation and long service life are required. Made with precision welded wedge wire, the cylinders provide a smooth screening surface with continuous slots, helping improve material flow and reduce clogging during operation.
Available in SS304, SS316, and SS316L stainless steel, these screen cylinders can be customized in diameter, length, slot opening, and support structure to fit different trommel equipment and working conditions. The strong welded construction allows them to handle continuous rotation, abrasive materials, and demanding industrial environments.
With high open area and accurate screening performance, Wedge Wire Trommel Screen Cylinders are widely used in mining, aggregate processing, wastewater treatment, recycling, and solid-liquid separation systems. They help customers achieve stable screening results, lower maintenance requirements, and longer service life compared with traditional screening media.

Wedge Wire Trommel Screen Cylinders Advantage:
high screening rate, abrasion resistance, corrosion resistance, anti – slip,anti – vibration, strong elasticity, toughness, not close.The mesh section is trapezoid or wedge.There’s room in the gap.It is made of stainless steel wire cold rolled screen, support bar is welded by automatic production equipment, screen seam uniform, stable welding quality, high porosity,long service life, high strength, steel degree and bearing capacity, can be made into various shapes
of screen filter device.
Wedge Wire Trommel Screen Cylinders Working Principle:
The Trommel Screen Cylinders is mounted obliquely on the frame. The motor is coupled to roller device via the reducer and drive the drum rotates around its axis.
When the material enters the drum screen, due to the inclination and rotation of the roller device, the material on the screen surface will turn over and roll, so that the qualified material will be discharged through the outlet at the bottom of the drum, and the unqualified material will be discharged through the outlet at the end of drum.
Due to the overturning and rolling of the material in the drum, the material stuck in the screen hole can be ejected to prevent the screen hole from blocking.








