Cellulose Blotting Paper Sheet, 0.38mm Thick, 20 x 20 cm, 20/pk

Western Blotting filter papers are made of high-quality cotton cellulose fiber without any additives of any kind, features a uniform texture and smooth surface. They are produced with ultrapure water which contains no impurities and minimize background signa. Cobetter offers pre-cut sheets for direct use in doing Southern, Northern, and Western transfers, including wet transfer and semi-dry transfer methods. With a medium thickness of 380 μm and dimensions of 7.5×8.4 cm, it is compatible with standard transfer apparatuses and easy to operate. These western blotting filter paper facilitates efficient and rapid transfer of protein molecules from gel to membrane.SpecificationsMaterial: Cotton CelluloseWettability: HydrophilicThickness: 0.38 mmDimensions & Package: 7.5 x 8.4 cm (50 pcs/pk); 20 x 20 cm (20 pcs/pk)FeaturesConvenient: pre-cut sheets to save timeStandard size：compatible with most minigel transfer assembliesTested: compatible with alcohol or other organic solvents commonly used in protein transfer applications

• ✅【Package Contains】Hydrophilic cotton cellulose blotting papers; 20 x 20 cm; 20 pcs/pk
• ✅【Material】Cobetter western blotting filter papers are made of high-quality cotton cellulose fiber without any additives of any kind, features a uniform texture and smooth surface. Produced with ultrapure water which contains no impurities and minimize background signal
• ✅【Ready to Use & Compatibility】Featuring a medium thickness of 0.38mm (380 μm) and pre-cut standard sizes, these blotting sheets are compatible with standard transfer apparatuses and easy to operate
• ✅【Reliable Performance】Tested for compatibility with alcohol or other organic solvents commonly used in protein transfer applications
• ✅【Applications】Ideal for direct use in doing Southern, Northern, and Western transfers, including wet transfer and semi-dry transfer methods. These western blotting filter paper facilitates efficient and rapid transfer of protein molecules from gel to membrane