Domestic & Industrial Heating Systems

Efficient Magnetic filters now offer a huge advantage in increasing the performance of water circulation & cooling systems, and their Filtration units and Filter systems / fluid conditioning, and play the major part in improving/reducing system running cost and increasing the life of system components, improving reliability and importantly availability, by effectively and efficiently removing Ferrous contamination, Iron oxide, & Magnetite from critical systems, to sub micron levels, like never before e.g.

Building regulations in the UK and Europe, now require that systems have this effective filtration.

Domestic Central Heating

MAGNOM H2O

‘Core Magnetic Technology’ designed for Heat Interface Units to eliminate magnetite  & ferrous oxide contamination from central heating systems.

The MAGNOM H2O eradicates ferrous particles (magnetite) from passing into control valves, pumps and heat exchangers. The core patented innovation extends the life expectancy and performance of these key components offering extended warranty and optimum operational efficiency of the HIU (Heat Interface Units).

http://heatlinkuk.com/wp-content/uploads/2019/03/Magnom-H2O-min.pdf

Key Benefits

Low cost and extends the working life expectancy on sensitive controls, valves, heat exchangers and pumps. Proven engineering and supplied to Formula 1 and many other OEM equipment manufacturers.100% efficient on capture and retention of micron-fine ferrous particulate. (down to 0.07um) Independently tested and certified.

Design Advantages

  • Designed to operate at pressures up to 16 bar and temperatures up to 120C.
  • Negligible pressure drop even when full of magnetite, in-line design.
  • Small envelope size (3/4 inch = 63 x 70 mm) and low weight.          
  • Easy to install and maintain.
  • Brass body with threaded centre nut for disassembly and inspection of the core.

Applications

The MAGNOM H20 core is reusable after cleaning.

Has a large storage capacity, capable of capturing 40 times more ferrous contamination than comparable filters.