Perma-Break® MAX

Ultra-concentrated industrial grease control additive engineered for extreme fats, oils, grease, and odor challenges in lift stations and heavy-duty wastewater systems.

Overview
Perma-Break® MAX is a maximum-strength grease control additive formulated for environments where standard treatments are no longer effective. It is designed to address severe, long-standing grease accumulation, persistent hydrogen sulfide odors, and high organic loading in lift stations and wastewater systems.
The ultra-concentrated formulation targets both water-attracting and water-repelling grease bonds, allowing it to penetrate hardened grease layers, reduce odor generation, and support freer system flow. When used as directed, it is non-corrosive, infrastructure-safe, and compatible with biological wastewater treatment programs.

✅ What This Product Is Used For

• Breaking down extreme fats, oils, and grease in lift stations
• Reducing grease accumulation in interceptor pits
• Supporting flow and odor control in wastewater treatment systems
• Neutralizing hydrogen sulfide odors in grease-heavy environments
• Enhancing performance of existing biological grease programs

❌ What This Product Is Not For

• Not a residential drain treatment
• Not a caustic or acid drain opener
• Not intended for solid obstructions or debris removal
• Not for household consumer use

⚙️ Key Performance Advantages

• Ultra-concentrated formula for severe grease loads
• Dual-bond grease attack for complete grease breakdown
• Patented hydrogen sulfide odor neutralization
• Non-corrosive and safe for steel, cast iron, and PVC
• Compatible with bacterial and enzymatic additives

🏢 / 🏥 / 🧼 Common Use Environments

• Municipal lift stations
• Industrial wastewater facilities
• High-flow grease interceptor systems
• Industrial drainage networks
• Processing and manufacturing plants

❓ Frequently Asked Questions

Is Perma-Break® MAX intended for routine maintenance or heavy remediation?
It is designed for heavy remediation and extreme grease conditions where standard additives are no longer sufficient.

Can this product be used with bacteria or enzyme programs?
Yes. It is compatible with biological treatments and can enhance overall grease digestion.

Does Perma-Break® MAX eliminate wastewater odors?
It helps neutralize hydrogen sulfide odors by targeting odor-causing compounds at the source.

Is the formula safe for older infrastructure?
When used as directed, it is non-corrosive and safe for cast iron, steel, and PVC systems.

Is this product suitable for residential plumbing?
No. It is intended strictly for industrial and municipal wastewater applications.

🧪 Active Ingredient(s) or Core Composition

• Patented Grease-Breaking Compounds – Target and break down severe fats, oils, and grease accumulation
• Surfactant System – Improves penetration and dispersion of grease layers
• Water – Serves as the carrier for controlled application

📌 Directions for Use (Summary)
Apply directly to the lift station, interceptor, or wastewater system.
Allow adequate contact time for grease penetration and breakdown.
Monitor system performance and reapply as needed based on grease loading.

⚠️ Safety & Handling
Avoid contact with eyes and skin.
Use in well-ventilated areas.
Wash hands after handling.
Keep out of reach of children.

🚛 Shipping & Compliance Notice

• Proper Shipping Name: None
• Hazard Class: None
• Identification Number: None
• Packing Group: None

General Usage Limitation

This product is intended for professional, commercial, or industrial use only unless otherwise stated. The user is solely responsible for determining suitability for any specific application and for ensuring compliance with all applicable laws and regulations. Seismic Blends makes no warranties, express or implied, regarding fitness for a particular purpose or use beyond those explicitly stated. Misuse, improper handling, or failure to follow safety guidelines may result in damage or injury. Always review the Safety Data Sheet (SDS) and use appropriate personal protective equipment (PPE).