Siliphos crystals 1kg

Description

Features

• Often used in:
• Commercial Applications – Used in hotels, restaurants, and laundries to protect plumbing and equipment.
• Industrial Water Treatment – Helps prevent scale and corrosion in boilers, cooling towers, and heat exchangers.
• Municipal Water Supply – Sometimes added to public water systems to reduce corrosion in distribution pipes.
• Household Water Systems – Prevents scale buildup in pipes, geysers, kettles, and appliances.
• Usage guidelines:
• The standard dosage depends on water hardness and flow rate.
  Typical dosing range: 2 – 5 ppm (parts per million) of Siliphos in water.
  A common rule is 1 kg of Siliphos can treat approximately 100,000 liters (100 m³) of water.
  Replenishment is usually needed every 3 – 6 months, depending on water consumption and hardness.
• Siliphos spheres have been shown to offer the following benefits in the treatment of potable and process water systems:

  Stabilize the hardness constituents in cold and hot water systems (up to 80ºC)
  Prevent precipitation/formation of scale on internal surfaces
  Sequester the heavy metal ions e.g. iron & manganese
  Minimise the occurrence of red water caused by dissolved iron
  Prevent pipe corrosion by forming a protective layer of phosphates
  Enable the gradual removal of existing scale

• Siliphos is a scale inhibiting or sequestering agent in the form of soluble, sodium hexametaphosphate spheres.
• The formation of scale on surfaces in potable water systems is due to the crystallization of carbonates or sulfates of magnesium or calcium from solution.
• Siliphos works be releasing low levels of polyphosphates into the water which interfere with crystal growth, as well as by forming a protective layer of Iron-Calcium-Phosphates along the inner surfaces of pipes, water tanks, elements etc. which deters the deposition and formation of scale.
• Siliphos is introduced into water systems via a treatment media filter housing that holds the spheres, which are slowly dissolved away as water flows over them.