Specification of Amberjet 1200 H cation resin
AMBERJET™ 1200 H Industrial Grade Strong Acid Cation
Exchanger
Description
AMBERJET 1200 H resin is a uniform particle
size, high quality,
strong acid cation
exchanger designed for use in all
general demineralisation systems. The uniformity and mean particle size of
AMBERJET 1200 H resin have been optimised for use in industrial demineralisation equipment including
mixed beds when paired with AMBERJET 4200 Cl resin. AMBERJET 1200 H resin can
be directly substituted for conventional gel cation exchange resin in new
equipment and in rebeds of existing installations.
Typical Properties
Physical form Amber
spherical beads

Matrix Styrene
divinylbenzene copolymerFunctional group Sulfonate

Ionic form as shipped H+Total exchange capacity [1] ≥ 1.80
eq/L (H+ form) - ≥ 2.00
eq/L (Na+ form) Moisture holding capacity [1] 49 to 55% (H+ form)
Shipping weight 800 g/LSpecific gravity 1.18
to 1.22 (H+ form) Particle size
Uniformity coefficient [1] ≤ 1.2Harmonic mean size 630
± 50 µm

Fines content [1] < 0.300 mm : 0.1% maxMaximum reversible swelling Na+ ‹ H+ : 10%

Suggested Operating
Conditions
Maximum operating temperature 135°C

Minimum bed depth 800 mmService flow rate 5
to 50 BV*/h


Maximum service velocity 60
m/h Regeneration
Regenerant HCl H2SO4Level (g/L) 40 to 150 40 to 200
Concentration (%) 4 to 10 1 to 8Minimum contact time 20 minutes

Slow rinse 2
BV at regeneration flow rateFast rinse 1
to 3 BV at service flow rate

Performance
Operating capacity and sodium leakage
depend on several factors such as water analysis, temperature and regenerant level.
The engineering data sheets EDS 0355 A, 0356 A, 0359 A, and 0360 A, provide
information to calculate them.
Limits of Use
AMBERJET 1200 H resin is suitable
for industrial uses.
For all other specific applications such as pharmaceutical, food processing or potable water
applications, it is recommended that all potential users seek advice
from Rohm and Haas in order
to determine the best resin choice and optimum operating conditions.