| Payment Type: | T/T |
| Min. Order: | 1 Ton |
Model No.: PAFC
Brand: Lanyao
| Selling Units | : | Ton |
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| Advantage: | Cost-effective | Autoignition Temperature: | Not Applicable |
|---|---|---|---|
| Flash Point: | Not Applicable | Vapor Pressure: | Not Applicable |
| Hs Code: | 2827320000 | Melting Point: | Not Available |
| Application: | Sewage Water Treatment | Basicity: | 20.0~85.0 |
| Highlight: | PAFC Dual Metal Coagulant,Water Treatment PAFC Coagulant,Industrial Municipal PAFC Coagulant | ||
Polyaluminum Ferric Chloride (PAFC) is a sophisticated inorganic polymer coagulant that is produced through the combination of aluminum and iron salts. This unique chemical compound incorporates the beneficial characteristics of both Polyaluminum Chloride (PAC) and polyferric chloride (PFC), resulting in improved coagulation efficacy, stability, and versatility in water treatment applications.
PAFC is highly esteemed for its elevated charge density, swift flocculation ability, and environmentally friendly nature, positioning it as a favored option for contemporary wastewater and potable water treatment facilities. The synergistic properties of aluminum and iron in PAFC enable it to effectively address various water quality challenges while ensuring operational efficiency and regulatory compliance.
With its exceptional performance attributes, PAFC plays a pivotal role in optimizing the purification processes of drinking water and wastewater treatment. Its widespread acceptance within the industry underscores the significance of utilizing advanced coagulants like PAFC to achieve superior water treatment outcomes with minimal environmental impact.
Combines aluminum’s rapid floc formation with iron’s strong adsorption capacity, improving contaminant removal.
Neutralizes colloidal particles effectively, accelerating sedimentation.
Performs efficiently across a wide pH range (5–9), reducing the need for pH adjustment.
Minimizes secondary pollution risks compared to traditional coagulants.
Reduces sludge volume and operational costs due to higher efficiency.
Maintains performance in both low- and high-temperature conditions.
Drinking Water Treatment: Removes turbidity, organic matter, and heavy metals to comply with potable water standards.
Industrial Wastewater: Treats effluents from textiles, papermaking, mining, and chemical industries by eliminating COD, phosphorus, and suspended solids.
Municipal Sewage: Addresses urban wastewater challenges, such as nutrient (N/P) removal and sludge dewatering.
Dye and Pigment Removal: Effectively decolorizes wastewater from dyeing and printing industries.
Oil-Water Separation: Enhances oil removal in petrochemical or food processing wastewater.
Stormwater Management: Clarifies runoff by aggregating fine particles and organic pollutants.
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