Aquavow Polyphosphate Scale Inhibitor: Solve Hard Water Problems Effectively

Addressing Hard Water Challenges

Hard water affects over 85% of households globally, originating from calcium and magnesium minerals in the water supply. These minerals become "sticky" under changes in temperature or pressure, leading to stubborn stains on surfaces, reduced soap lathering, and scale buildup in hidden areas like pipes and water heaters. This accumulation clogs fixtures, decreases water flow, shortens appliance lifespan, and increases energy costs.

How the Aquavow Polyphosphate Scale Inhibitor Works

Aquavow uses a polyphosphate formula to sequester hardness minerals, preventing them from forming scale deposits. Its mechanisms include:

• Scale Inhibition: Disrupts the crystal formation of calcium carbonate and magnesium, reducing their adhesion to surfaces.

• Corrosion Protection: Forms a protective coating on metal pipes and components, minimizing rust and degradation.

• Iron Control: Prevents discoloration and staining caused by iron in toilets, sinks, and showers.

Key Benefits of the Aquavow Scale Inhibitor

• Appliance Longevity: Prevents scale buildup in water heaters, coffee machines, and AC units, reducing energy consumption and premature failures.

• Pipe Protection: Inhibits corrosion and blockages in plumbing systems, maintaining water pressure and flow.

• Stain Prevention: Eliminates hard water stains on fixtures and improves soap efficiency.

• Easy Integration: Works across cold, warm, and hot water systems with low concentration requirements (1–10 PPM).

Applications in Water Systems
Suitable for residential, commercial, and industrial use, including:

• Pre-filters for RO Equipment

• Domestic Water Systems & Wells

• Refrigeration Units, Ice Machines, and Vending Systems

• Food Service Equipment
  The product lifespan is 2–5 years, depending on water hardness.

Usage Guidelines for Optimal Results

• Dosage: Add 20–500 grams based on water volume and hardness.

• Concentration:

• Cold water: 1–3 PPM

• Warm water: 3–5 PPM

• Hot water: 7–10 PPM
  Regular monitoring maximizes efficiency and longevity.