Demi

A filter for demineralizing water for modern heating systems (C.O.) and many other systems requiring water with low TDS values and conductivity. This simply designed filter consists of a fiberglass tank, a flow head, and a special demineralizing resin. Each unit is capable of treating only a specified amount of demineralized water, which depends on the conductivity of the raw water and the size of the resin bed. After treating the set amount of water, the resin must be replaced or a new tank should be installed, as the resin is not suitable for regeneration.

Description Technical data
Description

Demineralizing filter for heating systems and systems requiring low TDS water

Our demineralizing filter is a reliable solution for modern heating systems and other applications that require water with exceptionally low conductivity and TDS values. Thanks to its simple yet effective design, it ensures excellent water quality, ideal for all technical applications.

Key features of the product:

  • Advanced construction: The filter consists of a fiberglass tank, a durable flow head, and a specialized demineralizing resin, ensuring efficiency and reliability of operation.
  • Precise water treatment: The filter is capable of treating a specific amount of water, depending on the conductivity of the raw water and the size of the resin bed.
  • Resin replacement: After the planned amount of demineralized water is produced, the resin must be replaced or a new tank should be installed, as the resin cannot be regenerated, ensuring long-lasting and stable water treatment quality.

The demineralizing filter is an excellent solution for providing pure, mineral-free water, ideal for any systems that require water with very low TDS levels.

Technical data
Symbol DEMI-4 DEMI-7 DEMI-9 DEMI-14 DEMI-20
Capacity 4 l 7 l 9 l 14 l 20 l
Dimensions (width x height) 184x388 mm 207x477 mm 247x477 mm 207x807 mm 247x949 mm
Flow rate (assuming TDS = 500 ppm) 200 l 350 l 450 l 700 l 1000 l
Connection 3/4"; 1"
Flow rate during replenishment 4 l/min