001X9 Styrene Series Gel Strong Acid Cation Resin-Ion Exchange Resin

• CAS No.: 69011-22-9
• Molecular Principal Chain: Carbon Chain Polymer
• Color: Golden Yellow Color Spherical Beads
• Transport Package: PE Bag on Pallet
• Specification: 25L; 1CU. FT; 25KG
• Trademark: SX
• Model NO.: 001×9
• Origin: Bengbu Anhui China
• HS Code: 3914000000
• Production Capacity: 20000kg/Year

Product Description

001×9 Styrene Series Gel Strong Acid Cation Resin

1. Description
001×9 is a premium high purity grade of conventional gel poly(styrene sulfonate) cation-exchange resin, Its chemical and physical stability, particularly its resistance to oxidation, The higher density spheres of the graded cation resin ensures good backwash separation at the recommended flow rates.
2.Typical Physical and Chemical Properties:

Items		Specification
Polymer Matrix Structure		Crosslinked Polystyrene Divinylbenzene
Physical Form and Appearance		Brown yellow color Spherical beads
Functional Groups		R-SO3¯
Ionic Form ,as shipped		Na^+
Total Capacity, Na^+ form, wet, volumetric		≥2.05 eq/l min
Moisture Retention, Na^+ form		41-46%
Particle Size Range		0.315mm-1.25mm
<0.5mm (max.)		1%
Uniformity Coefficient (max.)		1.6
effective size		0.4-0.9mm
Reversible Swelling	Na^+ → H^+ (max.)	6%
Shipping Weight (approx.)		810 -850g/l
Specific Gravity, moist Na^+ Form		1.30
pH Range, Stability		0 - 14

3.Suggested Operating Condition

Maximum Temperature	Na^+ Form	140°C (285^oF) max.
	H^+ Form	120°C (248^oF) 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
It is used in hard water softening and demineralization, Sugar solution demineralization,
antibiotics extracting, separation and purification of biochemicals and so on.