Self Cleaning Screen or Anti-Clogging Screen is commonly used in mineral processing, wastewater treatment, food processing, and aggregate industries.
The Functions of the Self Cleaning Screen are Automatic Debris Removal: Dynamically dislodges trapped particles during operation, minimizing manual cleaning; Enhanced Productivity: Reduces downtime caused by clogging, ensuring continuous screening processes; Lower Maintenance: Self-cleaning action decreases the need for frequent manual intervention; Improved Screening Consistency: Maintains uniform aperture size for reliable particle separation; Cost and Energy Savings: Prolongs equipment life and reduces operational costs through optimized performance.
The Features of the Self Cleaning Screen are Anti-Clogging Design: Equipped with specialized apertures or surface patterns to prevent material buildup and blockages; Durable Materials: Typically made from wear-resistant materials like polyurethane, rubber, or stainless steel for extended lifespan; Efficient Screening: Optimized geometry ensures consistent material flow and high screening accuracy; Vibratory/Rotational Assistance: Often paired with vibratory or rotational mechanisms to enhance self-cleaning efficiency; Wide Applicability: Suitable for wet, dry, fine, or coarse materials across industries like mining, agriculture, and recycling.
Cross bands types: Polyurethane Strips, Steel Wire Strips, Mobile Cross band.
Polyurethane Strips Self Cleaning Screens:
D type
Aperture 1.2 ≤ Mesh ≤ 100 mm;
Wire Dia. 1 ≤ Wire ≤ 7 mm
T type
Aperture 1.2 ≤ Mesh ≤ 55 mm;
Wire Dia. 1 ≤ Wire ≤ 8 mm
H type
Aperture 1 ≤ Mesh ≤ 60 mm;
Wire Dia. 1 ≤ Wire ≤ 8 mm
W type
Aperture 1 ≤ Mesh ≤ 60 mm;
Wire Dia. 1 ≤ Wire ≤ 7 mm
Steel Wire Strips Self Cleaning Screens:
D type
Aperture 2 ≤ Mesh ≤ 20 mm;
Wire Dia. 1.2 ≤ Wire ≤ 4 mm
T type
Aperture 2 ≤ Mesh ≤ 20 mm;
Wire Dia. 1.2 ≤ Wire ≤ 4 mm
