NanoPak-E Electrically Conducting Carbon Microbead Bulk Media
- Novel electrically conducting spherical natural graphite microbeads.
Capture and release of charged analytes driven by applied voltage.
Pseudo-capacitive behavior allows for charge storage.
Ion exchange and reverse-phase separation mechanism.
Tunable size (diameter 5 µm to ≥ 1 mm) and porosity (pore size 10 -100 nm).
Enables efficient, repetitive, selective separation of charged small (e.g. monophosphate nucleotides, peptides) and large (DNA, RNA, proteins) analytes.
Allows multimodal separation of analytes.
- Carbon spherical microbeads synthesized using other carbon sources such as graphene, carbon nanotubes, fullerenes, carbon black, and activated carbon available. Please inquire.
- Contact us for bulk pricing.
Features & Benefits
Additional Information & Specifications
Shipping and Returns
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Key Features |
Benefits to Customers |
|
Capture and release of charged analytes driven by applied voltage |
Simplifies workflow; Lower or no use of ionic buffers for retention and release of the analytes from the stationary phase material; Lowers operational and maintenance costs |
|
Pseudo-capacitive behavior allows for charge storage |
Holds compounds with surface charges (e.g., DNA, RNA) even after removing the voltage; allows wash procedures |
|
Ion exchange and reverse-phase separation mechanism |
Allows multimodal separation of analytes. Enables efficient, repetitive, selective separation of charged small (e.g. monophosphate nucleotides, peptides) and large (DNA, RNA, proteins) analytes |
|
Tunable size (diameter 5 µm to ≥ 1 mm) and porosity (pore size 10 -100 nm) Durable. pH stable 0-14 Temperatures to 200°C |
Reduces workflow time, solvent consumption Can be cleaned and sanitized with alkaline washes and reused |
