Huatao Group-Vibrating Screen Technology Solution and Service for Quarry & Mining Industry Since 2008.
Modular Screen Panel
A Polyurethane Modular Screen Panel is a type of screening media commonly used in mining, quarrying, aggregate, and industrial screening applications.
It is made from high-quality polyurethane elastomer—a material known for exceptional abrasion resistance, elasticity, and long service life.
It is made from high-quality polyurethane elastomer—a material known for exceptional abrasion resistance, elasticity, and long service life.
Advantages
1. Longer service life
The high wear resistance of PU allows it to last 2–10 times longer than steel or rubber panels in abrasive applications.
2. Higher screening efficiency
The elasticity of polyurethane helps reduce material blinding and pegging, increasing throughput.
3. Modular replacement
You only replace the worn module rather than the whole deck → significantly reduces downtime and cost.
4. Noise reduction
Polyurethane has natural damping properties that help reduce noise levels during screening.
5. Corrosion and chemical resistance
Ideal for wet screening and environments with acidic or alkaline materials.
Send your inquiry
Polyurethane dewatering screen panel is a type of screens made of steel frame and polyurethane surface. This structure ensure the high tensile strength and much better wear resistance than the woven vibrating screen mesh and perforated vibrating screen nesh.
It is mainly used for dewatering of sand and gravel, and widely used to assist in dewatering of materials. it is also called polyurethane slot screen because of the narrow slot openings. The narrow slot opening is as fine as 0.1mm, which makes the screen have high efficiency and accurate dewatering performance.
It is mainly used for dewatering of sand and gravel, and widely used to assist in dewatering of materials. it is also called polyurethane slot screen because of the narrow slot openings. The narrow slot opening is as fine as 0.1mm, which makes the screen have high efficiency and accurate dewatering performance.
no data