Lanfloc PolymersLanfloc  logo

The Lanfloc range of polymers includes synthetic coagulants, polyacrylamides in aqueous and oil suspensions and polyacrylamides in powder form.

Lanfloc CW

The Lanfloc CW range are cationic polyacrylamides in an aqueous solution. Due to the water dispersion they are very easy to mix and lack the surfactants and solvents associated with the emulsion polymers. This reduces their environmental impact.

  CW4 CW10 CW35 CW80 CW22 CW23
Appearance Milky white liquid Milky white liquid Milky white liquid Milky white liquid Milky white liquid Milky white liquid
Density ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3
Viscosity <2000cp <500cp <600cp <600cp <1500cp <3000cp
pH 3.0-4.5 3.0-4.1 3.0-4.1 3.0-4.1 3.0-4.1 3.0-4.1
Cationicity Very low Low Medium Very high Low Medium
Molecular Weight High High High High High High

 

Lanfloc CWH

These are very high molecular weight water based flocculants designed for use in high shear applications.

  CWH10 CWH35 CWH45 CWH60 CWH65
Appearance Milky white liquid Milky white liquid Milky white liquid Milky white liquid Milky white liquid
Density ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3
Viscosity <3000cp <1500cp <2000cp <1200cp <1700cp
pH 3.0-4.5 3.0-4.2 3.0-4.5 3.0-4.1 3.0-4.2
Cationicity Low Medium Very high High Medium
Molecular Weight Very High Very High Very High Very High High

 

Lanfloc AW

The Lanfloc AW range are anionic polyacrylamides in an aqueous solution.

  CWH10 CWH35 CWH45
Appearance Milky white liquid Milky white liquid Milky white liquid
Density ≈1.2g/cm3 ≈1.2g/cm3 ≈1.2g/cm3
Viscosity <3000cp <400cp <400cp
pH 3.0-5.0 3.5-6.0 3.5-6.0
Cationicity High Medium Medium
Molecular Weight Very High High High

 

Lanfloc AMW

These are amphoteric flocculants in an aqueous solution. They have good stability and are particularly effective in wastes with high fat and oil content.

  AMW1 AMW2
Appearance Milky white liquid Milky white liquid
Density ≈1.2g/cm3 ≈1.2g/cm3
Viscosity <2000cp <2000cp
pH 3.0-5.0 3.5-6.0
Cationicity Low Medium
Molecular Weight High High