Heating Filters  Manufacturers, Traders, Suppliers

Vmat FT fine filter volume circulation system

stationary FT FF 1 up to 1,500 kW and FT FF 4 from 1.000 kW

mobile      FT FF 1 from 10 kW-1.500 kW

After all, the dirt from the water!

The Vmat fine filter system reliably filters solids from heating water. The filter elements used have different filter properties. While sludge separators always represent a poor compromise between pressure loss and separation efficiency, the Vmat FT can concentrate fully on filtration &.lt;/p>

           without pressure loss in the heating system.

The problem is in the heating circuit water:
During filling, oxygen inevitably also enters the system. Corrosion sets in - rust sludge is the result.
This silting up leads to extensive disturbances:

• encrusted energy generators and heat exchangers
• reduced performance
• higher wear and tear on pumps and valves
• higher environmental pollution due to higher energy supply with decreasing performance
• Deposit in the pipeline net-which causes bottlenecks

Only 1mm layer of dirt on the production area means at least 3 % worse heat transfer.
The Vmat FT can be retrofitted without great effort. It works in bypass and is connected in the return flow of the heating system. This ensures uninterrupted operation, e.g. when changing the filter.
The recommended initial filter unit is 15µm, means in the new unpolluted state the largest particle passing the filter element has a max. diameter of 15µm.
Depending on the degree of soiling, a layer of dirt builds up, this causes a refinement of the filtration, so that dirt with grain sizes below 1µm is filtered out. If the filter element is clogged (max. differential pressure of 1.5 bar) the unit switches off. The filter will now be cleaned or replaced.

Our sieves and filters for liquid and gaseous media protect a wide variety of aggregates from contamination and damage and are used in almost all industries such as - Automotive - medical technology - domestic and environmental technology - aerospace technology - mechanical engineering - motor devices