HPLC Gradient Static Mixers
PerfectPeak® HPLC gradient static mixers provide more efficient mixing for faster runs over standard HPLC mixers. The 3D printed internal structure creates unique micro and macro mixing, to increase the mixing efficiency in a lower dwell volume. PerfectPeak gradient mixers can be installed into all liquid chromatography systems and are available in the following options.
25µl / 50 µl / 100 µl / 150 µl
Information Request
Literature & Data Sheets
Typical Applications
- HPLC
- UHPLC
- Ion-Chromatography
Gradient Mixer Overview
Overview of performance and spec information of PerfectPeak HPLC Gradient Mixers
HPLC Mixers Whitepaper
Read our whitepaper about our mixers performance in various HPLC tests.
Product Specs
| Internal Volume |
MIXER25: 25µl MIXER50: 50 µl MIXER100: 100 µl MIXER150: 150 µl |
|---|---|
| Material of Construction |
Passivated 316(L) SS |
| Pressure Rating |
20,000 PSIG / 1379 bar |
| Connection Type |
Female Compression |
| Connection Size |
1/16” / 1.59 mm Tube |
| Customization |
Custom connections are available upon request |
Our Design Capabilities
Custom designs are available to meet your unique mixing or dwell volume needs. Various of different materials, including PEEK, are available for development.
Relevant Services
Destructive Element Analysis – Send us one of your elements for various analyses to determine the remaining lifetime and filtration efficiency of your filters.
Filter Feasibility Testing – Want a recommendation on the correct filter media, alloy, and backwash frequency for your process? Coordinate with a Mott representative to send us a sample of your feed stock to our lab to determine the correct filtration design for your process.
Preventative Maintenance Cycles – Consult with a Mott representative about utilizing a pre-determined lab testing and cleaning schedule to avoid costly downtime for your process
Engineering Support – Utilize our expert project engineers to consult your process and design the right filter elements to maximize flow and particle capture.
