Grade 3MM Chr Cellulose Chromatography Paper, 0.34mm, 150x200mm, Electrophoresis Blotting, 100/Pk
LabExact SKU: LE-CFP1636-002

LabExact 3MM Chromatography Blotting Paper - LE-CFP1636-002

Medium-weight 3MM Chromatography paper draws transfer buffer through the blot stack by uniform capillary action. Consistent thickness and density give reproducible results lot after lot while drawing buffer through the gel by uniform capillary action and serves as a support medium for chromatography and electrophoresis. For dependable sequencing-gel work, the additive-free cellulose sheet supports lifting and electrophoresis cleanly.

Key Characteristics

• Medium 0.34 mm thickness holds ample buffer for even, complete transfer
• Uniform capillary wicking carries buffer evenly through the transfer stack
• Precut sheets drop straight into transfer stacks with no trimming
• Smooth surface stays in even contact with the gel for consistent results
• Serves as a support medium for paper chromatography and electrophoresis

An even, complete transfer keeps your Western, Southern, and Northern blots reproducible from gel to membrane. Uniform buffer wicking carries your transfer evenly to completion across semi-dry, tank, and capillary blotting setups. Request a quality certificate, lot documentation, or a blanket-order quote from the Tisch Scientific support team.

Dimensions

150mm x 200mm

Pack Count

100

Sterility

Nonsterile

Weight

1

Whatman Equivalent

3030-6188

• Blot Buffer Wicking - Carries transfer buffer evenly across the blot stack for complete, low-background Western and Southern blots.
• Sample Application - Holds spotted samples evenly for chromatography and electrophoresis with no additive contamination.
• Gel Electrophoresis - Supports sequencing-gel lifting and electrophoretic work with a smooth, uniform cellulose surface.
• Southern and Northern Blots - Carries buffer through capillary and electrophoretic transfer of DNA and RNA from gels to membranes.
• Western Blot Transfer - Wicks transfer buffer evenly through the gel-to-membrane stack for complete, reproducible protein transfer.
• Capillary Transfer - Wicks transfer buffer upward through the gel and membrane to move proteins and nucleic acids by capillary flow.