扬州代理美国罗门哈斯[抛光树脂UP6150]详细介绍

UP6150抛光树脂使用化工、电子、半导体、太阳能等超纯水行业

PROAMBERJET UP6150 is a fully regenerated mixed bed of cation and anion exchange resins intended for use in high purity water systems after reverse osmosis. In properly designed Ultra Pure Water systems, Amberjet UP6150 will deliver 18 Megohm·cm quality water with TOC levels well below 5 ppb on its first operating cycle as a polishing mixed bed. This mixed bed product is particularly suitable for use in the polishing of high purity water for specialty electronics applications such as the manufacturing of disk drives, display devices, CDROMs, discrete semiconductor devices, lower density IC chips, or in the back-end chip dicing and mounting operations. Because of its high level of regeneration Amberjet UP6150 is also suited for any general purpose mixed bed

 applications for the economical production of high purity water. The component resins of AMBERJET UP6150 are uniform particle size Amberjet resins, and their size was selected to provide excellent first cycle mixed bed performance, while at the same time allowing for future separation and regeneration of the resins. The resins are mixed to give a stoichiometric equivalent of cation and anion exchange capacity, and the resin mixture exhibits no clumping. The uniform particle size of the resins maximizes kinetic performance in the service cycle of the mixed bed, while still allowing for later separation and regeneration. All these characteristics are essential to produce high purity water with a minimum volume of rinsing.

BASIC RESIN PROPERTIES For high purity regenerated mixed beds, UPW performance is much more significant than basic resin properties. It is still important to know that the resins used in the application are of the highest quality. The typical properties of the resins used in AMBERJET UP6150 are shown below.These values are listed to show that both the cation and anion resins used to make AMBERJET UP6150 meet the standards for high capacity, uniform particle size ion exchange resins.

                                                                             Cation H +                        Anion OH –                                                                

Moisture holding capacity, %_________________     44.0 - 54.0                           54.0 - 64.0                                                                                Total exchange capacity, eq/L ________________     ≥ 1.8                                     ≥ 1.00                                                           

Harmonic mean size, ?m _____________________     580 to 680                           580 to 690                                                                                 Uniformity coefficient _______________________        ≤ 1.20                               ≤ 1.25

H form % of sites ________________________              ≥ 99                                      -                                                                                          OH,form % of sites ________________________            -                                           ≥ 95.0

Cl form, % of sites ________________________              -                                          ≤ 0.5  

CO3 form % of sites ________________________           -                                         ≤ 5.0                                                                                          SO4 form % of sites ________________________    -                                                 ≤ 0.1

Feed water temperature______________________     15 to 25°C (60 to 77°F)

Minimum bed depth ________________________       900 mm (3 feet)

Service flow rate (working mixed bed) _________ 20 to 30 BV*/h

Service flow rate (polishing mixed bed) ________ 30 to 40 BV/h

Recommended influent water quality

for polishing mixed bed application

Inlet Resistivity ____________________________        > 16 M?·cm

Inlet Silica ________________________________         <5 ppb

Inlet Total Organic Carbon _________________     <20 ppb

                                              * 1 BV (Bed Volume) = 1 m3 solution per m3 resin (1BV/h = 0.125 gpm/ft3 )