Uniform Particle Size Strong Acid Cation Exchange Resin

Uniform Particle Size Strong Acid Cation Exchange Resin

Lanlang ® TC010 Uniform particle size gel type strong acid cation exchange resin Used for water softening and demineralization, low pressure loss
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Product Details

Lanlang ® TC010

Uniform particle size gel type strong acid cation exchange resin

Used for water softening and demineralization, low pressure loss


Lanlang ® TC010U Is a premium grade gel type strong acid cation exchange resin produced by sulfonated styrene-divinylbenzene (DVB) copolymers with uniform particle size. Its high cross linkage makes it has excellent resistance to attrition and oxidative degradation. It has excellent chemical, physical and thermal stability, and high exchange capacity. TC010U in sodium form is widely used for water softening to reduce total hardness. In hydrogen form, it also can be used for water demineralization. TC010U is intended for reducing pressure loss and preventing system from plugging.


Basic Features:

Application:

Water softening, demineralization, low pressure loss

Polymer matrix structure:

Gel polystyrene crosslinked with divinylbenzene (DVB)

Appearance:

Amber, spherical beads

Functional Group:

Sulphonic acid

Ionic form as shipped:

Na+ or H+ when ordered as TC010U-H


Physical and Chemical Properties:

NO.

ITEM

SPEC


1

Total exchange capacity (eq/L)

Na+ form

≥2.2

H+ form

≥2.0



2

Moisture retention (%)

Na+ form

38-43

H+ form

43-59



3

Particle size range (%)

0.425-0.85 mm≥95


4

Whole uncracked beads after attrition (%)

≥96


5

Shipping weight (g/ml)

Na+ form

0.80-0.88

H+ form

0.78-0.83



6

Specific gravity (g/ml)

Na+ form

1.28-1.32

H+ form

1.22-1.28



7

Effective size (mm)

0.45 - 0.6


8

Uniformity coefficient

<1.25


9

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

<8


Suggested Operating Conditions:

NO.

ITEM

SPEC

1

Max operating temperature

120 ℃

2

PH range

0-14

3

Service flow rate

5-50 BV/h

4

Regenerant

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



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