Natural Chemistry SCALEfree 2L – Phosphate-Free Scale & Stain Prevention for New Plaster Pools

Protect Your Pool from Scale, Stain, and Mineral Buildup

Natural Chemistry SCALEfree is a highly concentrated, phosphate-free treatment designed for new plaster pools and startup scenarios. It targets the minerals that commonly cause scale and surface staining, helping to preserve pool finishes and extend the life of hardware and liners. The formula works with a range of sanitizers and pool surfaces, offering a practical way to maintain water quality without adding phosphates or acids.

What SCALEfree Does

• Prevents Scale Build Up: Reduces mineral buildup from calcium, iron, copper, and other elements that can affect surfaces and equipment.
• Enhances Salt Generator Efficiency: Helps keep salt generator cells clear of mineral deposits, supporting steady performance over time.
• Controls Metal Staining: Shields pool fixtures and finishes from mineral staining for a cleaner, more consistent look.
• Broad Compatibility: Suitable for use with most sanitizers and pool surfaces; note: not compatible with biguanides.
• Phosphate-Free Formula: Does not introduce phosphates or acid into the water, keeping care simple and balanced.

How It Fits Into Your Routine

Designed for ease of use, SCALEfree can be dosed directly into pool water following the chart. It is particularly helpful during initial fill or startup phases when surfaces are more vulnerable to mineral deposition.

Usage and Dosage

• Recommended dosage: 32 ounces per 10,000 gallons for a treatment cycle; 5 ounces per 10,000 gallons for monthly maintenance.
• If water hardness exceeds 500 ppm, double the recommended dose to maintain effectiveness.
• Apply directly to the pool water as directed by the dosage chart for practical, on-site use.

Why Choose SCALEfree

Natural Chemistry’s line is built to simplify water care with reliable, real-world results. This scale-free solution supports equipment longevity, preserves liner and finish appearances, and pairs well with common sanitizers—all while avoiding phosphates and acids.