Amiad ABF 6000 200mm-350mm Replacement Wedgewire Screen Filter

The Amiad ABF 6000 200mm–350mm Replacement Wedgewire Screen Filter Element is a genuine OEM component designed to maintain the high performance of ABF 6000 automatic self-cleaning filters. Manufactured from precision-engineered stainless steel wedgewire, this replacement screen delivers accurate and durable fine filtration, ensuring consistent protection for irrigation, municipal, and industrial water systems.

With available micron ratings from 80–500, the wedgewire screen is ideal for fine filtration of suspended solids, protecting downstream equipment and maintaining high-quality water flow. Its open, non-clogging design ensures reduced maintenance and reliable operation in challenging water conditions.

Built to integrate seamlessly with Amiad’s suction-scanning cleaning system, the wedgewire element supports automatic self-cleaning without interrupting flow, keeping filtration efficiency at its peak while minimising downtime.

APPLICATIONS

• Replacement element for Amiad ABF 6000 automatic filters (200mm–350mm models)
• Agricultural irrigation and fertigation systems
• Municipal water treatment and supply
• Industrial process water and cooling systems
• Mining, power generation, and other heavy-duty water operations

FEATURES

• Genuine Amiad OEM wedgewire replacement screen
• Compatible with ABF 6000 200mm–350mm automatic filters
• Precision stainless steel 316 wedgewire construction
• Fine filtration available in 80–500 micron ratings
• Resistant to corrosion, wear, and clogging
• Large filtration area for reliable high-capacity performance
  
• Easy to replace with minimal downtime

SPECIFICATIONS

• Filter Compatibility: Amiad ABF 6000 (200mm–350mm) automatic filters
• Filtration Degrees Available: 80, 100, 130, 200, 300, 500 micron
• Construction Materials: Stainless steel 316 wedgewire with EPDM/NBR seals
• Operating Pressure (System): Up to 10 bar (145 psi)
• Max Operating Temperature: 60°C (140°F)
• Filtration Area: High-capacity wedgewire element surface

MODELS