
Datasheet summary
ResinTech PX A45 OH spec 1.0 1 L
PDF datasheet mirror for ResinTech PX A45 OH spec 1.0 1 L (ResinTech). Verify with OEM before design.
Summary
Product identification
- Product Name: PX-A45-OH
- Product Type: CATALYTIC MEDIA
- Manufacturer: ResinTech, Inc.®
- Description: CATALYST RESIN, STRONG BASE MACROPOROUS, HYDROXYDE FORM
Physical Characteristics
- Polymer Matrix: Styrenic Macroporous
- Functional Group: Quarternary Amine
- Physical Form: Spherical Beads
- Ionic Form: Hydroxide
- Percent in Hydroxide Form: > 99%
- Total Capacity: > 0.8 eq/l
- Moisture Content: 66 - 75%
- Surface Area: > 30 m²/g
- Average Pore Volume: > 0.2 cc/g
- Average Pore Diameter: > 290 Angstroms
- Swelling: Approx. 34% in acetone
- Shipping Weight: Approx. 675 g/l
- Screen Size: 0.4 - 1.25 mm
Applications
- Aldol condensation
- Carbonylation
- Mercaptans removal from hydrocarbons and methanol
- Acids removals from chlorinated hydrocarbons
- Acid removal from polar and non polar solutions
ResinTech PX-A45-OH is described as a strong base type I macroporous catalyst with a large porous polymeric structure suitable for aqueous and non-aqueous catalytic reactions. Its structure allows for complete reaction within the bead using its hydroxyl groups, designed for fast reaction in aldol condensation, acid removal from chlorinated hydrocarbons, and phenol-acetone solutions. The macroporous structure facilitates mercaptan removal from alcohols like methanol in etherification processes.
Suggested Operating Conditions
- Maximum operating temperature: 140°F
- Maximum Pressure Loss: 15 psi across resin bed
- Minimum Depth: 39 inches
- Service Flow Rate: 0.5 - 5.0 bed volumes/hour
Disclaimer: This extraction may miss figures, footnotes, or revisions. Contractual data must match the OEM PDF revision used on the project.
Official datasheet (PDF)
Curated from selected public technical reference material for discovery and preliminary comparison. This summary is not a substitute for a current certified manufacturer datasheet. Verify revisions and design limits before use.