Amiad 50mm Compact Steel Replacement Perforated Screen Filters

The Amiad 50mm Compact Steel Replacement Perforated Screen Filter Element is a genuine Amiad OEM spare part designed to deliver robust and reliable coarse filtration. Constructed from stainless steel 316 perforated mesh, this replacement element effectively removes larger suspended solids, debris, and sand, ensuring continuous water flow and protecting downstream equipment from wear and clogging.

With coarse filtration ratings from 500–3500 micron, the perforated screen is ideal for agricultural irrigation, industrial cooling systems, and municipal water filtration where high dirt-holding capacity is essential. Its compact design ensures seamless installation in 50mm Compact steel filter housings, providing consistent performance in space-limited environments.

Durable, corrosion-resistant, and easy to maintain, this element is fully compatible with Amiad’s manual steel filter range.

APPLICATIONS

• Replacement screen for Amiad 50mm Compact Steel filters
• Agricultural irrigation and fertigation systems
• Municipal water supply and pre-filtration
• Industrial process water and cooling circuits
• Compact installations with coarse filtration needs

FEATURES

• Genuine Amiad OEM perforated screen element
• Designed for Amiad 50mm Compact Steel filters
• Coarse filtration range: 500–3500 micron
• Stainless steel 316 construction for strength and corrosion resistance
• Compact design suitable for space-limited setups
• High dirt-holding capacity with dependable flow performance
• Easy installation and replacement with minimal downtime
• Compatible with Brushaway or Scanaway semi-automatic cleaning kits

SPECIFICATIONS

• Filter Compatibility: Amiad 50mm Compact Steel filters
• Filtration Degrees Available: 500, 800, 1500, 2500, 3500 micron
• Construction Materials: Stainless steel 316 perforated mesh, polymeric supports, EPDM/NBR seals
• Operating Pressure (System): Up to 10 bar (145 psi)
• Max Operating Temperature: 60°C (140°F)
• Filtration Area: Compact perforated surface for coarse particle retention

MODELS