201*7MB Styrene Series Strongly Alkaline Ion Exchange Resin-Anion Exchange Resin

• Customization: Available
• Acid-Base Property: Alkaline Surface Disposal Agent
• Environmental Protection: Yes
• Model NO.: 201x7MB
• Color: White
• Appearance: Granulars
• Type: Water Treatment Chemical
• Ionic Type: Anion
• CAS: No
• Non Waste Plastics: Yes
• Transport Package: Pallets
• Specification: 25liter/bag, 1cu. ft/bag
• Trademark: Extrepure
• Origin: China
• HS Code: 39140000
• Production Capacity: 60000cubic Meter Per Year

Product Description

201×7(717)Styrene series strongly alkaline anion exchange resin
1. Description
This is a kind of anion exchange resin which has quaternary ammonium group [-N(CH3)3OH] in the styrene-divinylbenzene copolymer with the crosslinkage of 7%.Its alkalinity is similar to the general quaternary ammonium base.It can be used as ion exchanger in acidic,neutral and alkaline mediums. This product has good physical strength, high heat resisting property etc.
This product is analogous to: Amberlite IRA-400; SA-10A; Dowex SBR; Purolite A600
2. Executing standard: GB/T13660-1992 DL/T519-2004
3. Typical Physical and Chemical Properties:

Items	Specification
Matrix	Styrene-divinylbenzene
Appearance	Light yellow or white spherical particle
Functional group	-N^+(CH3)3
Total exchange capacity (mmol/g) (dry)	≥3.6
Total exchange capacity (mmol/ml) (wet)	≥1.4
Particle size range (%) (0.315-1.25mm)	≥95
Water retention (%)	42 - 48
True wet density (g/ml)	1.07 - 1.10
Apparent wet density(g/ml)	0.67 - 0.73
Physical strength (%)	≥95
Total reversible swelling(%)	Cl → OH 18 - 22
Ionic form as shipped	Cl^-

4. Recommended Operating Parameters:

Items		Parameters
Operating pH-range		1 - 14
Maximum operating temperature (°C)	OH^-	40
	Cl^-	100
Working flow rate (m/h)		15 - 30
Concentration of regenerant (%)		HCl:4 - 5  ;  NaOH:4 - 5

5. Applications:
It is mainly used in pure water and high purity water manufacturing, extraction and decolorization of biochemical products, wastewater treatment, separation of organics, extraction of radioelements, extracting the tungsten and molybdenum in hydrometallurgy etc.