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G-Free Kal - limescale remover, acid-based - 20 Lt - 20 Kg


G-Free Kal - eliminazione depositi calcare a base acida non corrosiva (acido organico) 20 Lt - 20 Kg - Foto 1
G-Free Kal - eliminazione depositi calcare a base acida non corrosiva (acido organico) 20 Lt - 20 Kg - Foto 2
G-Free Kal - eliminazione depositi calcare a base acida non corrosiva (acido organico) 20 Lt - 20 Kg - Foto 3
G-Free Kal - eliminazione depositi calcare a base acida non corrosiva (acido organico) 20 Lt - 20 Kg - Foto 4
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€ 53,42 / Piece(s)
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G-Free Kal, acid-based concentrate (organic, non-corrosive) in a 20-litre package

Particularly suitable for:

  • Removing lime deposits
  • Removing glycol residues from heat exchangers of systems with secondary fluid (ethylene or propylene glycol)

Non-corrosive acid base for surfaces to be cleaned (organic adide).

Method of use:

  • Dilute in a ratio of 1:1 to 1:2 parts water
  • Circulate the product in the pipes to be cleaned until lime and any glycol residues have been completely removed
  • Rinse thoroughly with water until the fluid and lime/glycol residues have been completely removed

General Note of Chemical Product GeneralGas Kryon Chemical Solutions

Air conditioning system and refrigerating system maintenance implies the solution of a series of problems requiring the use of chemical products.
These products have been developed in such a way so as to solve any problem and to guarantee success of treatments needed.
Principal problems are:
  • cleaning and disinfection of evaporators;
  • cleaning of condenser;
  • treatment of heat transfer surface;
  • leakage detection.
Each problem needed a careful analysis of the chemical processes concerned. A special attention has been paid to the prevention of corrosion process that easily occurs because of the equipment made of differ metals jointed together (aluminium, copper, carbon steel) working in very oxygenated and humid places. These are the typical conditions where a corrosion process takes place. Corrosion processes, if not properly treated, can lead to total oxidation of the material (for example aluminium fins of heat exchangers) or corrosion inside the tubes (for example copper and iron tubes of the heat exchangers, evaporators, condensers, etc.).
Our chemical know-how allows us to face and solve any problems excellently:
 
Disinfection of Evaporators:
The cleaning treatment have to provide for a chemical attack on oxide, a solubilisation on solid particulate matter and oil/grease, and a sanitizing treatment for removing any bacteria, mould and spore. A special attention has been paid to the cleaning of surfaces in order to prevent oxidation processes: that is because those surfaces are always in places with condensed humidity where corrosion processes may always oc- cur.
 
Cleaning of Condensers:
Oxidization of the surface of aluminium fins, dust, smog, solid particulate matter, oil, grease and sludge: these are the typical problems in air condensers. So the cleaning treatment shall provide for both a chemical attack on oxides and a solubilisation of any solid particulate matter and oil and grease.
 
Anti-limescale Treatment:
In case of water condenser, the cleaning problem is much easier to solve, even if the treatment is more difficult to carry out. Almost always we deal with limescale in the inner surfaces of tubes in which cooling water flows. So the treatment shall provide for awater-based solution able to solubilise limescale.
 
Leak Detection:
Leakage Detection has always been a main requirement in the refrigerating plant. With the coming of HFC, this requirement is even more important, since the high fugacity of these gases.
 
Here are the problems occurring with HFC: 
  • the use of flame systems is impossible because of the absence of chlorine; 
  • the use of electronic-sniffer leak detection is necessary; 
  • HFC molecules, smaller and fugacious, are permeable to usual bubble or foam leak detection used in other systems (hydrocarbons, methane, etc.)
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