| Customization: | Available |
|---|---|
| Formula: | R - N+(CH3)3 |
| Molecular Principal Chain: | Carbon Chain Polymer |
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Gel Strong-Base Anion-Exchange Resin as Catalyst
in Stimulating Inorganic Reactions Induced-by OH-
PRODUCT DATA SHEET:
KP-2013OH is a gel strongly basic anion exchange resin-type catalyst of the sulphonated polystyrene series, generally as the initiator for catalyzing inorganic reactions or organic synthesis allowing traces of organics retained. Owing to its uniform and solid structure and low swelling rate after reversible ionic replacement reactions, this resin remains perform with strong resistance to osmotic shock.
In addition to its excellent physical &chemical stability and thermostable performance, KP-2013OH is structured with fine crosslinked porosity and quite intense granular strength, which enables its nonadsorptive exclusivity of organic molecules without blocking resin pores neither interfering the reaction compositions.
Thanks to its nuclear-grade ion state OH- form, KP-2013OH can be directly used in inorganic reactions that are induced by OH- where demineralization and catalysis are required or allowed. Alternatively, it can also be used in hydroxyl-driven organic reactions where small amounts of organic anions are fine to be retained for synthesis yet not plugging the pores. Or even within pure-water systems where needless of anions to be exchanged, KP-2013OH's strong-base groups will remain auto-hydrolyzed and discharge OH- thereafter.
Due to its strong-base groups, KP-2013OH proactively releases adequate OH- into reaction liquid to get it initiated, by exchanging necessary anions within solution if any. In such way of discharging hydroxide ions as the initiating agent, KP-2013OH powers the degree of the reactions by catalyzing its progress more thoroughly.
Taking advantage of its exemption from adsorbing organic composition, this premium resin model KP-2013OH is hereby most suitable for drug-synthesis, cosmetic production, chemical refining & purification process when certain organics of are required to be retained without affecting reactants composition, and most importantly, more hydroxyls are needed to expedite a great deal of synthesis yield. Moreover, it is also applicable in catalyzing F&B processing in which color and odor are allowed to be kept while desalting, softening or deashing remain in need.
| TECH-INDEXES: | SPECIFICATIONS: |
| Matrix: | Styrene-divinylbenzene copolymer |
| Functional groups: | -N+ (CH3)3 |
| Physical form: | Light yellow transparent spherical beads |
| Ionic form as shipped: | OH- form |
| Moisture holding capacity(%): | 45 to 58% |
| Total bulk exchange capacity: | ≥1.30mmol/ml |
| Moisture true density: | 1.07~1.10g/mL |
| Moisture bulk density: | 0.76~0.85g/mL |
| Effective particle size: | 0.40~0.70mm |
| Particle size: | 0.415~1.25mm |
| Uniformity coefficient: | ≤1.6 |
| Integrated beads ratio after grinding test: | ≥90℅ |
| Maximum swelling rate of resin after ionic state transition: | OH- -> Cl-: 25% |
| Maximum operating temperature: | 60°C |
| Minimum bed depth: | 700mm |
| Service flow rate: | 5~25 BV/h |
| Maximum service velocity: | 40 m/h |
| Regenerant: | NaOH |
| Level(Counted by 100%): | 60~150g/L |
| Concentration: | 2~4% |
| Flow rate: | 2~8 BV/h |
| Minimum contact time: | 40min |
| Slow rinse: | 5~8 BV at regeneration flow rate |
| Fast rinse: | 10~20 BV at service flow rate |
| *1 BV(Bed Volume)= 1m3 solution per m3 resin | |
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