D113 Macroporous Weak Acid Cation Exchange Resin

Model:	-
Brand:	Sanxing
Origin:	Made In China
Category:	Chemicals / Resin
Label:	-
Price:	¥17500 / T
Min. Order:	1 T

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Product Description

1. Description

D113 is a premium grade, weak acid, macroporous, cation resin supplied in the hydrogen form as moist, tough, uniform, spherical beads. Its ion exchange functionality is derived from the carboxylic group, which is easily converted to the hydrogen form and has a high affinity for divalent ions.D113 is intended for use in hydrogen cycle dealkalization, deionization, and chemical processing applications. D113 can also be supplied in the sodium form for use in sodium cycle applications such as softening and removal of heavy metal cations.

2.Typical Physical and Chemical Properties:

Items		Specification
Polymer Matrix Structure		Acrylic Crosslinked with DVB
Physical Form and Appearance		Macroporous spherical beads
Functional Groups		R-COOH
Ionic Form ,as shipped		H+
Total Capacity, H+ form, wet, volumetric		≥4.2 eq/l min
Moisture Retention, H+ form		45-52%
Particle Size Range		0.3mm-1.2mm
<0.3mm (max.)		1%
Uniformity Coefficient (max.)		1.6
effective size		0.4-0.7mm
Reversible Swelling	Na+ → H+ (max.)	65%
Shipping Weight (approx.)		720 -800g/l
Specific Gravity, moist H+ Form		1.18
pH Range, Stability		4 - 14

3.S ested Operating Condition

Maximum TemperatureH+ Form	120°C (248oF) max.
Backwash Rate	50to 75% Bed Expansion
Regenerant Concentration Hydrogen Cycle	1% to 4% HCl or 0.5-1.0% H2SO4
Regenerant dosage	HC1 or H2SO4 volume: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

use in the deionization and softening of water and aqueous organic solutions,with 001x7 strongly acidic cation exchange resin can remove alkalinity and hardness from water obviously,especially removing hydrogen carbonates, carbonates and other alkali salts. It is also used in industrial wastewater treatment, metal recycling, separation and purification of biochemical pharmaceuticals etc.