Lanlang TC008 Heavy Metal Removal Resin

Lanlang TC008 Heavy Metal Removal Resin

Lanlang TC008 easily removes most of the metal ions on the EPA hit list.
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Product Details

Lanlang TC008 heavy metal removal resin easily removes most of the metal ions on the EPA hit list.

Lanlang TC008 heavy metal removal resin is most often recommended for the removal of the following:

Zinc Cadmium

Lead Radium

Uranium Copper

Nickel Chrome

Cobalt Manganese


heavy metal removal resin


Total exchange capacity (eq/L)

≥2.0 Na+ form

Moisture retention (%)

43-48 Na+ form

Particle size range (%)

0.315-1.25 mm≥95

Whole uncracked beads after attrition (%)


Shipping weight (g/ml)

0.78-0.88 Na+ form

Specific gravity (g/ml)

1.26-1.30 Na+ form

Effective size (mm)

0.4 - 0.6

Uniformity coefficient


Reversible swelling, Ca2+ or Na+ → H+ (%)


Max operating temperature

120 ℃

PH range


Service flow rate

5-50 BV/h


10-15% NaCl, 4-10% HCl, 1-8% H2SO4

Lanlang TC008 heavy metal removal resin has the fastest operating kinetics of all commercial types of ion exchange resins and has the highest ratio of operating capacity per dollar cost. However, Lanlang TC008 is non-selective so that all cations in the waste stream are likely to be removed by the resin. Lanlang TC008 can be operated in the sodium form to provide a neutral effluent suitable for discharge or recirculation. If the objectionable ions are a small percentage of the overall ionic load then it may not be a practical operation in which to use Lanlang TC008. A selective resin for the particular ions may be a better choice.

In most cases the competing ions are usually calcium or magnesium (hardness) which are present in the raw water used for rinsing and solution preparation. These ions are present in all normal water supplies to varying degrees. Since calcium has the highest affinity for the resin compared with other cations in the wastewater stream, the effect of calcium in the water is to dilute the capacity of the resin. Magnesium has a similar but lesser effect. The hydrogen ion may be present in rinse water in the form of acid from many industrial operations. Hydrogen and sodium ions have very little ability to compete with the heavy metal ions and in most cases hydrogen and sodium can be ignored.

The operating capacity of Lanlang TC008 for heavy metal ions in treating dilute rinse waters can be improved dramatically by using softened water or demineralized water for the rinse. A softener removes the calcium and magnesium from the rinse water replacing it with sodium ions that have little ability to compete with the heavy metal ions, thereby eliminating the dilution effect and increasing the operating capacity of the ion exchange resin. A demineralizer also removes sodium, and although this may not increase Lanlang TC008’s capacity, it can improve quality of the rinse by lowering the salt concentration.


When used on a total exhaustion throw away basis, Lanlang TC008 can provide up to 41 kilograms per cubic foot of calcium carbonate for the removal of heavy metals. When the ionic concentration of the wastewater is low, the cost associated with resin disposal is usually favorable compared to the added expense of installing regeneration and waste treatment equipment.



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