Stainless Wedge Wire Mesh Drum Screen for Sale

The stainless wedge wire mesh drum screen is a wedge wire cylinder made from high-quality stainless steel. The Vee-shaped wedge wire screen design provides high-efficiency filtration while minimizing clogging. It is ideal for applications where reliable, continuous filtration is required.

The stainless wedge wire mesh drum screen is a wedge wire cylinder made from high-quality stainless steel. 

The Vee-shaped wedge wire screen design provides high-efficiency filtration while minimizing clogging. It is ideal for applications requiring reliable, continuous filtration. 

Our drum screens allow higher throughput and cleaner output than conventional wedge wire flat screens.
Click here to learn about: How Does a Rotary Drum Screen Work

Key Features of Stainless Wedge Wire Mesh Drum Screens

- Self-Cleaning Capability
The drum screen has a self-cleaning function, reducing manual cleaning and maintenance. The drum rotation continuously pushes debris toward a discharge point, allowing the screen to remain unclogged.
- High Durability
Our wedge wire drum screens are made from corrosion-resistant stainless steel304,316, designed to withstand harsh environments and heavy-duty applications. This durability ensures a long service life, even in chemically or physically demanding conditions.
- Precision Filtration
The unique V-shaped wire construction offers precise filtration to small particle sizes, ensuring consistent water quality. This is especially useful in municipal wastewater treatment, industrial process water, and raw water filtration.
- Energy-Efficient Operation
The drum screens have minimal maintenance and energy demands, providing a cost-effective solution for continuous filtration needs.
- Customizable Design
Wedge wire drum screens can be customized for specific filtration needs, including wire profile, opening size, and drum dimensions.

Applications of Wedge Wire Mesh Drum Screens

Stainless wedge wire drum screens are widely used across various industries due to their adaptability and high-performance design. 
- wastewater treatment
- municipal sewage treatment
- coal screening
- aquaculture and fish farming
- food and beverage processing to separate solids from liquids, including protein extraction, fruit, and vegetable processing
- paper and pulp industry to separate fibers from water