SPE Plates
Phenomenex Inc 0.5mL Round Well V-Bottom, 7mm, Polypropylene
96-Well Collection Plate, Sterile AH0-9333
Waters Corporation 96-well Plate, Oasis MAX Mixed-Mode, 10 mg Sorbent, 30 μm
The Oasis MAX 96-well plate features a novel, mixed-mode polymeric sorbent optimized for enhanced selectivity and sensitivity in extracting acidic compounds using anion-exchange groups. Its unique balance of hydrophobicity and water-wettability ensures consistent results even if individual wells dry out before sample loading. This plate is compatible with various manifold configurations and most robotic liquid handling systems.
- Novel, mixed-mode polymeric sorbent.
- Optimized for higher selectivity and sensitivity in extracting acidic compounds with anion-exchange groups.
- Unique balance of hydrophobicity and water-wettability, preventing poor results if wells dry out prior to sample loading.
- Designed for use with many manifold configurations and most robotic liquid handling systems.
Waters Corp Solid Phase Extraction Plate, 96-Well, 10 mg Sorbent, 30 μm Particle
This 96-well plate uses a mixed-mode polymeric sorbent, balancing hydrophobicity and water-wettability to prevent drying during pre-sample loading. It offers efficient reversed-phase and ion-exchange solid-phase extraction for capturing basic chemicals and removing matrix interferences.
- Mixed-mode polymeric sorbent with balanced hydrophobicity and water-wettability.
- Prevents well drying during critical pre-sample loading.
- Efficient reversed-phase and ion-exchange solid-phase extraction.
- Captures basic chemicals, removes matrix interferences.
- Controlled ion-exchange capacity; no silanol groups.
- Constructed from chemically stable, inert polypropylene.
- Enhances resolution, sensitivity, throughput, and analysis efficiency.
- Supports wide range of flow rates and back pressures.
- Reduces time and cost per sample; improves results quality.
Waters Corp Waters Oasis WAX 96-well Plate, 10 mg Sorbent, 30 μm, Water Wettable
This 96-well plate features a polymeric reversed-phase, weak anion exchange mixed-mode sorbent for fast, simple, and highly selective sample preparation of strong acidic compounds. Its unique balance of hydrophobicity and water-wettability ensures consistent results even if wells dry out during critical steps. Compatible with various manifold configurations and most robotic liquid handling systems, it provides consistent results without evaporation or reconstitution, saving time.
- Polymeric reversed-phase, weak anion exchange mixed-mode sorbent
- Designed for selective sample preparation of strong acidic compounds
- Sorbent weight: 10 mg
- Particle size: 30 μm
- Ion exchange capacity: 0.6 meq/gram
- Mass spectrometry compatible
- Sorbent substrate: Copolymer
- Water wettable for consistent results
- pH range: 0 to 14
- Material: Polypropylene
Cayman Chemical SPE CartrIdgesMIxed Bed 25ea
Mixed-mode cartridges packed with non-polar and strong anion exchange chemistries
Phenomenex Inc Empty 96 Well Plate, Standard Format CE0-7220
Empty 96 Well Plate, Standard Format CE0-7220
Waters Corp OligoWorks SPE Microplate, 96-well, 2 mg Sorbent, WAX Sorbent
The OligoWorks SPE Microplate is a 96-well filter plate of standard height with a 400 mL well volume. Each well contains 2 mg of OligoWorks SPE WAX Sorbent. The sorbent is a polymeric reversed-phase, weak anion exchange mixed-mode sorbent that has been oligonucleotide tested and batch-selected.
- Standard height and 400 mL well volume
- Oligonucleotide tested
- Batch-selected for optimal oligonucleotide recovery
- 96 wells
- 2 mg sorbent per well
- Polymeric reversed-phase, weak anion exchange mixed-mode sorbent
- WAX chemistry
- Not endcapped
- Mass spec compatible
- Mixed mode operation
- 30 μm particle size
- 80 Å pore size
- Copolymer sorbent substrate
- Water wettable
- pH range: 0 to 14 pH
- Made of polypropylene
NANOMICRO TECHNOLOGIES INC NanoChrom Technologies, BioCore WC x LC Preparative Column, 10um, 10 x 250 mm, Stainless Steel
BioCore WCX is a family of high-performance, weak cation-exchange columns designed for separating charged variants in proteins, including monoclonal antibodies (mAbs). Its column technology involves the creation of a hydrophilic carboxylic functional layer on the surface of monodispersed, nonporous, spherical PS/DVB particles, combined with well-established column packing processes.