Audited Supplier
D001 Macroporous Strong Acid Cation Exchange Resin
D001 is a premium grade ,high cross-linked, macroporous strong acid cation exchange resin based on sulfonated polystyrene cross-linked with DVB, The higher DVB content together with its macroporous structure gives D001 increase resistance to thermal, chemical and physical shocks and enhances overall stability.D001 is intended for use in water softening, dealkalization, deionization and chemical processing applications. It is ideally suited for use in severe operating conditions, especially where standard grade resin are known to fail due to thermal,osmotic or oxidative attack.
2.Typical Physical and Chemical Properties:
Items | Specification | |
Polymer Matrix Structure | Styrene Crosslinked with DVB | |
Physical Form and Appearance | Macroporous spherical beads | |
Functional Groups | R-SO3¯ | |
Ionic Form ,as shipped | Na+ | |
Total Capacity, Na+ form, wet, volumetric | ≥1.75 eq/l min | |
Moisture Retention, Na+ form | 45-55% | |
Particle Size Range | 0.45mm-1.25mm | |
0.50mm-1.25mm | ||
0.63mm-1.25mm | ||
Uniformity Coefficient (max.) | 1.6 or 1.4 | |
effective size | ≥0.5mm | |
Reversible Swelling | Na+ → H+ (max.) | 5% |
Shipping Weight (approx.) | 770 -850g/l | |
Specific Gravity, moist Na+ Form | 1.25 | |
Temperature Limit | 120°C (250 °F) | |
pH Range, Stability | 0 - 14 | |
3.Suggested Operating Condition | ||
Maximum Temperature | Na+ Form | 120°C (248oF) max. |
H+ Form | 100°C (212oF) max. | |
Backwash Rate | 25 to 50% Bed Expansion | |
Regenerant Concentration | Hydrogen Cycle | 3% HCl or 2 to 3% H2SO4 |
Sodium Cycle | 6% to 8% NaCl or 3% NaOH | |
Regenerant dosage | HC1 or H2SO4 | HC1 or H2SO4 volume:resin volume =3:1 |
NaCl | NaClvolume:resin volume =2:1 | |
NaOH | NaOHvolume:resin volume =3:1 | |
Regenerant Flow Rate | 2 to 4 BV/h | |
Regenerant contact Time | At least 40 minutes | |
Service Flow Rate | 10-25m/h | |
4.Applications
They are mainly used Demineralization and Softening ,water treatment in high flow mixed bed system, catalysis of organic reactions.
