Invitrogen™ iBlot™ 3 Transfer Stacks, mini, PVDF

iBlot 3 Transfer Stacks are used with iBlot 3 Western Blot Transfer Device for the transfer of proteins from an SDS-PAGE gel to a membrane support when performing western blot experiments.

Overview
174.65 GBP valid until 2025-12-31
Use promo code "25339" to get your promotional price.



Additional Details:
Additional Details: Weight: 0.81647kg



Disclaimers: For Research Use Only. Not for use in diagnostic procedures.

Product Code. 17880275

Quantity Price
1 £ 190.0 / Pack of 10
Estimated Shipment
10-09-2025
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Description and Specification

Specification

Length (Metric) 8 cm
Width (Metric) 8 cm
Quantity 10 Stacks
Format Transfer Stack
Material PVDF
Pore Size 0.2 μm
Content And Storage Store at room temperature.
Dimensions (LxW) 8 x 8 cm (Mini)
Product Line iBlot
Sufficient For 10 Blots
Green Features Less waste, sustainable packaging, sustainable disposal

iBlot 3 Transfer Stacks are used with the iBlot 3 Western Blot Transfer Device for the transfer of proteins from an SDS-PAGE gel to a membrane support when performing western blot experiments. iBlot 3 Transfer Stacks contain copper-fiber electrode sheets, optimized cathode and anode solid buffer gels, and a preconditioned PVDF transfer membrane. They are compatible with common commercially available protein gels, including Bis-Tris, Tris-Glycine, Tris-Acetate, and Tricine chemistries. This mini-size stack (8 x 8 cm) can be used with one mini-size gel.

The iBlot 3 Western Blot Transfer System (iBlot 3 Transfer Stacks plus iBlot3 Transfer Device) has been optimized to provide protein transfers in 3–8 minutes that produce higher quality and more reliable western blot result compared to many other transfer methods.

PVDF membrane

The PVDF membrane (0.2-μm pore size, low fluorescence) in this stack has higher binding capacity than nitrocellulose. It is pre-activated and ready for use without any pretreatment with alcohols. The membrane is compatible with commonly used detection methods such as staining, immunodetection, fluorescence, and radiolabeling. Proteins bind to the membrane due to hydrophobic interactions. The protein-binding capacity is 240 μg/cm2.

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