Pristine Personal Pack

Description

• Description
• Directions
• Specifications

• 
  • Proven 99.99% effective.
  • Purifies up to 120 litres of water
  • Treats bacteria, virus & protozoa including Giardia & Cryptosporidium.
  • Iodine free product.
  • Perfect for camping, hiking, travel or part of an emergency preparedness kit.
  • Ultra light and compact.
  • Contains no free chlorine.
  • Easy solution to prepare for treating uncut fruits and vegetables that are suspect of bacterial contamination.
  • Leaves no after taste or odor in treated water.
  • Proven, safe and effective for drinking water treatment in a 15 minute process.
  • Cap design makes Pristine™ Personal Pack ideal for traveling with no leaking of opened product when tightened securely.

  *** Please Note: Packaging differs from what is shown in the picture ***
• To Treat Bacteria, Virus & Giardia

  1. Mix 5 drops of Pristine Part A and 5 drops of Pristine Part B in mixing cap.
  2. Let Pristine mixture react for 5 minutes to ensure full activation. The solution will turn bright yellow and will give off a strong chlorine-type odour (there is no free chlorine in the solution).
  3. Add Pristine solution to 1 L of suspect water. Shake or stir contents, rinse all potential drinking surfaces with the mixed solution, and let stand for 15 minutes before drinking.

• Chlorine Dioxide (Water Purifier) Information:

  ClO2 is effective against the following water contaminants:

  • viruses
  • water bacteria
  • giardia
  • cryptosporidium
  • botulism
  • e. coli
  • cholera

  ClO2 Eliminates and treats the following water contaminants:

  • many pollutants found in waste water
  • cyanides in wastewater
  • nitrites and sulfides
  • potential carcinogenic substances such as 3,4-benzopyrene
  • iron and manganese in water
  • tastes and odors produced by algae
  • the dyes produced by chlorophyll and plants
  • pesticides

  ClO2 Water Purification and Water Treatment Chemical Advantages:

  • Does not produce THMs as chlorine does
  • Does not give rise to the formation of chloroform and bromochloromethane as chlorine does
  • Does not react with ammonia, nitrogenous compounds or precursors to form chloroform as chlorine does

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