Capillary, Controlled, High Flow, 50um ID by 1 meter. MICROSOLV Brand. 1 EA.

Additional Info:

The 04650-HF MICROSOLV High Flow Capillary is a fused silica CE capillary featuring a covalently bonded sulfonated polymer coating, creating a higher than normal negative surface charge.

This produces faster electro‑osmotic flow (EOF) than bare fused silica, allowing analytes to migrate more quickly while maintaining charge‑based separation behavior. This makes it well suited for high‑throughput methods and time‑sensitive analyses.

Supplied as a 1‑meter length without finished tips, this capillary can be cut to the desired length for compatibility with a wide range of CE instruments.

Key Features

Controlled High Electro‑Osmotic Flow (EOF)

  • Produces faster than normal EOF

  • Reduces analysis time and run length

Sulfonic Acid Functionalized Coating

  • Creates a higher negative charge environment

  • Increases current flow and EOF velocity

Fused Silica with Polyimide Coating

  • Durable polyimide outer coating

  • Flexible and robust for routine laboratory use

Custom Length Flexibility

  • Supplied as 1 meter of capillary

  • User‑cut for specific instrument requirements

  • Delivered without finished tips

Optimized for High Throughput

  • Faster analyte migration compared to bare silica

  • Ideal for rapid separations and increased sample throughput

Precision Dimensions

  • Inner Diameter (ID): 50 µm

  • Outer Diameter (OD): 365 µm

  • Standard format for broad CE system compatibility

Specifications

  • Type: Capillary for Capillary Electrophoresis (High Flow)

  • Inner Diameter (ID): 50 µm

  • Outer Diameter (OD): 365 µm

  • Length: 1 meter (cut‑to‑length)

  • Coating (Inner): Sulfonated polymer (high negative charge)

  • Coating (Outer): Polyimide

  • Material: Fused silica

  • Flow Characteristic: High electro‑osmotic flow (EOF)

Typical Applications

Capillary electrophoresis (CE), high‑throughput separations, rapid screening methods, charged analyte analysis, and applications requiring faster EOF and shorter run times

 

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