Enviro Wizard – Descaler Acid Replacement

Enviro Wizard Descaler Acid Replacement is an industrial-strength cleaning solution that effectively removes calcium, lime, and rust without harsh fumes or caustic chemicals. Its advanced surfactant-based formula provides a safer, environmentally friendly alternative to traditional acidic descalers.

Key Features:

• Non-Caustic Formula: Safer for users and surfaces compared to traditional acidic descalers.
• Industrial Strength: Breaks down tough calcium, lime, and rust deposits.
• No Harsh Fumes: Suitable for use in enclosed spaces without discomfort.
• Eco-Friendly: Bio-based, naturally derived, and biodegradable.
• Energy Efficient: Performs well at low temperatures, reducing energy usage.
• Drain-Safe: Can be safely discharged into drainage systems.

Ingredients:

• Water
• Proprietary Enviro Wizard surfactant blend
• Fragrance

Additional Benefits:

• A sustainable replacement for harsh acids traditionally used in descaling.
• High boiling point and low VOC, making it safer and less hazardous.
• Synergistic surfactant technology combines cleaning efficiency with renewable, non-petroleum-based solvents.
• Readily biodegradable for minimal environmental impact.

Recommended For:

• Removing calcium, lime, and rust deposits from hard surfaces.
• Use in industrial, commercial, or household settings where strong acids are typically required.
• Applications requiring energy-efficient cleaning methods.

Not Recommended For:

• Surfaces incompatible with alkaline solutions (test before use if uncertain).
• Use on delicate materials without a pre-test to ensure suitability.

How to Use:

1. Apply the descaler generously to the affected area.
2. Allow for adequate dwell time to let the surfactants penetrate and loosen deposits.
3. Scrub the surface gently to lift off deposits.
4. Rinse thoroughly with water to remove residue.

Enviro Wizard Descaler Acid Replacement is an innovative solution for effective, sustainable cleaning. Its user-safe and eco-conscious formula ensures optimal performance without compromising environmental or personal safety.