Angled flanged filter figure 821-2 DN32 PN16 with magnetic insert, mesh size 0.63 mm, 100 meshes/cm², material: C64 821A032C64

The angled flanged filter Figure 821 is a reliable solution for protecting installations against mechanical and magnetic contaminants. The magnetic insert design enables effective capture of ferrous particles, extending equipment lifespan and ensuring proper operation. This filter is widely used in heating, water supply, industrial systems, and other installations requiring clean media.

Construction and Application

The Figure 821 filter features an angled design with flanged connections, facilitating easy installation and maintenance. Constructed from gray cast iron (EN-GJL-250), it provides high strength and corrosion resistance. The standard integrated magnetic insert effectively traps magnetic particles, and its replaceable design allows for simple servicing. The DN32 PN16 model is rated for nominal pressure of 16 bar. The filter insert has a mesh size of 0.63 mm and a density of 100 mesh/cm², ensuring high filtration efficiency.

Advantages and Benefits

• Effective Filtration: Combination of mechanical and magnetic inserts guarantees a high level of medium purity.
• Easy Maintenance: Replaceable insert design simplifies cleaning and replacement of the filtration element.
• Robust Construction: Gray cast iron ensures resistance to mechanical damage and corrosion.
• Versatile Application: Suitable for various systems—from residential heating to industrial cooling circuits.
• Equipment Protection: Removal of contaminants safeguards pumps, valves, and other components from failures caused by sediment and iron particles.
• Improved Energy Efficiency: Clean media flow reduces pressure losses and optimizes energy consumption.

The angled flanged filter Figure 821 is an investment in reliability and long-term system efficiency. Its robust construction and high filtration performance make it an ideal choice for professional installers and end-users seeking proven solutions to protect their systems.