PG/EG Corrosion Inhibitor, 1.5 Pound, Extends Fluid Life, Prevents Acidic Water Buildup, Ideal for Propylene & Ethylene Glycol Systems, Non-Toxic, Heat Transfer Fluids & Anti-Freeze (35-702)

"Protect and Extend the Life of Your Cooling SystemEnhance the performance and longevity of your heat transfer fluids with our premium PG/EG Corrosion Inhibitor. Designed to restore essential corrosion inhibitors, this powerful additive prevents acidic water buildup, reducing scale formation and ensuring maximum efficiency in chiller and cooling systems.Specifications:Product Type: Corrosion Inhibitor AdditiveCompatible Fluids: Propylene & Ethylene GlycolApplication: Chillers, Heat Transfer Fluids, Anti-Freeze SystemsToxicity: Non-Toxic, Safe for UseFunction: Restores Corrosion Inhibitor Levels, Prevents Acidic Water Build-UpPerfect For:HVAC and Chiller SystemsIndustrial Cooling UnitsAutomotive Anti-Freeze MaintenanceCommercial Heat Transfer FluidsWhy Choose Our PG/EG Corrosion Inhibitor?Maintain the integrity of your cooling systems with a premium solution designed to recharge corrosion inhibitors, reduce scale formation, and prevent acidic water accumulation. Whether you're managing a large industrial cooling unit or a commercial HVAC system, this powerful additive ensures long-term efficiency and protection. Keep your system running at peak performance—order now! "

• EXTEND SYSTEM LIFE: Protects chiller and heat transfer fluids by restoring corrosion inhibitors, ensuring long-lasting efficiency and preventing system degradation.
• VERSATILE APPLICATION: Works seamlessly with Propylene and Ethylene Glycol anti-freeze solutions, making it ideal for HVAC, industrial, and automotive cooling systems.
• ELIMINATES ACIDIC BUILD-UP: Neutralizes harmful acidic water levels in your system, reducing scale, corrosion, and costly maintenance needs.
• NON-TOXIC & SAFE: Designed for safe handling and application, this high-performance additive is free from harsh chemicals and environmentally friendly.
• MAXIMIZE PERFORMANCE: Boosts thermal efficiency and maintains optimal heat transfer fluid integrity, preventing downtime and costly repairs.