17000110-03 - 17000110-05
Price per liter.
Resin for industrial use/high flow rates and consumption.
The strong anion 17000110-03 and Strong cation 17000110-05 resins must be mounted on individual cylinders to obtain the demineralization.
Resin for industrial use/high flow rates and consumption, uniform particle size, high capacity, strong base anion exchange resin for demineralization applications.
Treatment:
Demineralization of water by anion exchange.
Technical features:
Type: Type 1 strong base anion resin.
Matrix: Styrene-DVB, gel.
Functional group: Quaternary amine.
17000110-04
Price per lliter.
Weak macroporous anion resin specially designed for water demineralization applications. High physical stability and mechanical resistance.
Treatment:
Water treatment by anion exchange. Supplied in Cl- form
Recommended operating conditions:
Working temperature: maximum 70ºC
Working pH: 0-7
Minimum depth of resin bed: 0.8 m
17000110-07
Price per liter.
Composed of Cationic Resin 40% and Anionic Resin 60%
Recommended for demineralizing for residential/Horeca use from small flow rates/consumption.
Regenerable mixed bed resin for water production in laboratories, microelectronics, autoclaves and other applications requiring high quality water. It is recommended to use this resin at the exit of reverse osmosis or demineralization systems such as finishing treatment
Treatment:
Demineralization of water by ion exchange.
Technical features:
ANION-OH resin
Appearance: Golden spheres.
Matrix: Copolymer of styrene and divinylbenzene
Functional group: Quaternary amine
Ionic form provided: OH-
Volumetric exchange capacity: 1.3 meq/l min
Water content: 53-60%
Size distribution:
>1.25mm 5%
>0.40mm 2%
Complete spheres, minimum 95%
Water contained upon delivery 65%
Working pH: 0-14
Bulk density: 705-740 g/L
Ionic conversion: 90%
CATION-H+ resin
Appearance Golden orbs
Matrix: Copolymer of styrene and divinylbenzene
Functional group: Sulfonic acid R-SO3
Ionic form provided: H+
Volumetric exchange capacity: 1.9 meq/l min
Water content: 45-50%
Size distribution: 770-870 Kg/m3
>1.25mm 5%
>0.40mm 2%
Complete spheres, minimum 95%
Water contained upon delivery 65%
Working pH: 0-14
Bulk density:705-740 g/L
Ionic conversion: 99%