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Tanfloc is a tannin-based flocculant/coagulant ideal for wastewater treatment applications. Made from Acacia tree bark, it offers an organic alternative to metal-based coagulants that rely on aluminum, iron, or other heavy metals.

Being 100% biodegradable, Tanfloc helps reduce sludge disposal challenges. In many instances, organic-based sludge treated with Tanfloc can be composted, biodigested for biogas production, or safely spread onto farm pastures, supporting environmentally friendly waste management practices.

The product quickly and completely breaks down during biological treatment. It works effectively as a primary coagulant or as a supporting flocculation agent and is compatible with most commonly used wastewater treatment products.

Suitable for the food, mining, and petrochemical industries, Tanfloc is available in custom-made concentrations tailored to specific wastewater treatment needs. Our technical team ensures accurate dosing through sampling and testing, maximizing treatment efficiency while minimizing waste.

Tanfloc is a tannin-based flocculant/coagulant ideal for wastewater treatment applications. Made from Acacia tree bark, it offers an organic alternative to metal-based coagulants that rely on aluminum, iron, or other heavy metals.

Being 100% biodegradable, Tanfloc helps reduce sludge disposal challenges. In many instances, organic-based sludge treated with Tanfloc can be composted, biodigested for biogas production, or safely spread onto farm pastures, supporting environmentally friendly waste management practices.

The product quickly and completely breaks down during biological treatment. It works effectively as a primary coagulant or as a supporting flocculation agent and is compatible with most commonly used wastewater treatment products.

Suitable for the food, mining, and petrochemical industries, Tanfloc is available in custom-made concentrations tailored to specific wastewater treatment needs. Our technical team ensures accurate dosing through sampling and testing, maximizing treatment efficiency while minimizing waste.