AmberTec™ UP6150 H-OH
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SKU
DWNA-AMBERTECUP6150HOH
$3,298.00
- AmberTec™ UP6150 H/OH Ion Exchange Resin 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 ultrapure water systems, AmberTec™ UP6150 H/OH will deliver 18-MΩ⋅cm quality water with total organic carbon (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, CD-ROMs, discrete semiconductor devices, lower-density IC chips, or in the backend chip dicing and mounting operations. Because of its high level of regeneration, AmberTec™ UP6150 H/OH is also suited for any general-purpose mixed bed applications for the economical production of high-purity water. The components of AmberTec™ UP6150 H/OH are uniform particle size resins of a size selected to provide excellent first-cycle mixed bed performance, while allowing for future separation and regeneration of the resins in systems to which the resin is cascaded for further use. The resins are mixed to give a stoichiometric equivalent of cation and anion exchange capacity on a 1:1 equivalent basis, 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.
| Resin Type | Mixed Bed |
|---|---|
| Ion Form | H/OH |
| Matrix (Styrenic/Acrylic) | Styrenic |
| Matrix (Gel/Macro) | Gel |
| Cation Water Retention Capacity (eq/L) | 49 - 55% |
| Cation Particle Diameter | 630 ± 50 um |
| Anion Water Retention Capacity | 58 - 72% |
| Application | Mixed Bed Polishing, Primary Mixed Beds, Ultrapure Water |
| Anion Total Exchange Capacity | 1.0 |
| Anion Particle Diameter | 750 ± 50 um |