Ion Exchange Resin

Product Description

D113 Ion Exchange Resin(food grade) for drinking water treatment.

Used for drinking water treatment.
The product is ion exchange resins which carboxylic group contacts to the macropore macromolecule matrix of crylic acid polymer. It holds the characters of high exchange capacity, low expansibility of deformation, high intensity, excellent chemical stability, stain-resistance, oxidation-resistance and high exchange speed. There are several types such as common, float bed and double bed.
The product corresponds to: U. S. A: Amberlite IRC84; Germany: Lewatic CNP80
Product's technical standard

1\ Appearance: Ivory-white and light yellow opacity spherical particle.
2\ Form: Chloride
3\ Mainly performance index:

Operation reference index:
1\ RANGE OF pH: 4-14
2\ Maximum operate temperature: H-≤ 100º C
3\ Expansile rate of deformation%: (H+ ->Na+)≤ 70
4\ resins height in industrial using: 0.8-2m
5\ Concentration of regeneration liquid: HCl: 2-4%; NaOH: 2-4%
6\ Dosage of regeneration liquid:
HCl(2-4%)cubage: Resins cubage=2-3: 1
NaOH(2-4%)cubage: Resins cubage=2-3: 1
7\ Velocity of regeneration liquid flow: M/h 4-8
8\ Osculant time of regeneration liquid: Min about 30-45
9\ Velocity of washing flow: M/h 20
10\Time of washing: Min about 20-30
11\Velocity of run: M/h 20-40

Usage:
It can clearly remove the alkalinity and hardness in the water especially carbonate and other alkalescence material swith 001× 7, also use for industrial waste water treatment, reclaiming the metal, abstraction and distilling biochemical medicine. D113FC, SC are respectively preferred to the float bed, double bed.

Package:
Intertextrue bag, plastic bag inner, net25Kg.

Serial number	items	D113	D113FC	D113SC
1	Moisture %	45-52
2	Total exchange capacity mmol/g(dry)≥	11
3	bulk density in wet state g/ml	0.76-0.80
4	True density in wet state g/ml	1.15-1.20
5	Granule degree %	(0.315-1.25mm)≥95	(0.45-1.25mm)≥95	(0.315-0.63mm)≥95
6	Efficiency size	03.5-0.55	≥0.5	0.35-0.55
7	Uniform coefficient≤	1.7	1.7	1.4
8	Rate of spherical granule after osmotic attrition %≥	90	90	90