Amiad 50mm Compact Replacement Disc Element Filters

The Amiad 50mm Compact Replacement Disc Element Filters are genuine Amiad OEM spare parts designed to deliver efficient, high-performance filtration in space-constrained applications. Built with a stacked disc design, these elements provide a large filtration surface area, effectively capturing particles such as sand, silt, and organic debris.

Available in micron ratings from 20–400, the disc elements offer versatile filtration options for agricultural, municipal, and industrial water systems. Their rugged polymeric construction ensures durability, corrosion resistance, and long service life even under demanding water conditions.

Compact and easy to install, these disc elements fit seamlessly into Amiad 50mm Compact filter housings. Maintenance is simple — the disc stacks can be quickly removed, rinsed, and reassembled, reducing downtime while extending system life and efficiency.

APPLICATIONS

• Replacement disc elements for Amiad 50mm Compact filters
• Agricultural irrigation and fertigation systems
• Greenhouse, nursery, and turf irrigation
• Municipal water supply and treatment facilities
• Industrial water filtration and process applications

FEATURES

• Genuine Amiad OEM disc element replacement
• Designed for Amiad 50mm Compact filter housings
• Wide filtration range: 20–400 micron
• High surface area stacked disc design for effective particle capture
• Durable polymeric discs resistant to corrosion and wear
• Compact design for space-limited installations
• Easy to clean and reassemble for reduced downtime
• Reliable performance across agricultural, municipal, and industrial systems

SPECIFICATIONS

• Filter Compatibility: Amiad 50mm Compact disc filter housings
• Filtration Degrees Available: 20, 40, 55, 70, 100, 130, 200, 400 micron
• Construction Materials: Polymeric stacked discs, polymeric core, EPDM/NBR seals
• Operating Pressure (System): Up to 8 bar (116 psi)
• Max Operating Temperature: 60°C (140°F)
• Filtration Area: High surface area disc stack for fine-to-medium particle retention

MODELS