Alfa Chemistry 96-well filter plates can be used in a variety of laboratory applications, including multiplexing, lysate removal, protein purification, DNA purification, ultrafiltration, and solvent filtration. Our 96-well plates are available in a variety of volumes to meet the needs of different applications. They can be used for manual vacuum manifolds and automated handling robot platforms.
Inquiry
96-well Long Tip Filter Plate for Nucleic Acid Binding
Cat.No ACMA00032583
Alfa Chemistry provides customers with advanced 96-well Long Tip Filter Plate for Nucleic Acid Binding of excellent quality.
Inquiry
Advance Filter Plates for DNA Purification
Cat.No ACMA00032584
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
Advance Filter Plates for Lysate Clearance Type1
Cat.No ACMA00032585
The pre-filter can provide effective clarification for highly granular samples.
Inquiry
Advance Filter Plates for Lysate Clearance Type2
Cat.No ACMA00032586
The pre-filter can provide effective clarification for highly granular samples.
Inquiry
Advance Filter Plates for Lysate Clearance Type3
Cat.No ACMA00032587
The pre-filter can provide effective clarification for highly granular samples.
Inquiry
Advance Filter Plates for Lysate Clearance Type4
Cat.No ACMA00032588
The pre-filter can provide effective clarification for highly granular samples.
Inquiry
Anion Exchange Membrane Advance 96-Well Filter Plates
Cat.No ACMA00032589
We offer two types of IEX membranes, made of polyethersulfone (PES) materials, with strong IEX ligands, quaternary amines, and sulfonic acid functional groups on strong anionic and strong cationic membranes. Compared with traditional resin-based technology, its processing time is shorter and more efficient.
Inquiry
Cation Exchange Membrane Advance 96-Well Filter Plates
Cat.No ACMA00032590
We offer two types of IEX membranes, made of polyethersulfone (PES) materials, with strong IEX ligands, quaternary amines, and sulfonic acid functional groups on strong anionic and strong cationic membranes. Compared with traditional resin-based technology, its processing time is shorter and more efficient.
Inquiry
Glass Fiber Advance 96-well Filter Plates
Cat.No ACMA00032591
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
Hydrophobic Interaction Chromatography Plates
Cat.No ACMA00032592
Hydrophobic interaction chromatography (HIC) separates and purifies biomolecules based on differences in their hydrophobicity. The phenyl membrane adsorber follows the same rules known from the conventional hydrophobic interaction chromatography. Due to the large pore size, membrane adsorbers show excellent flow properties. There is almost no diffusion limitation of mass transport compared with conventional bead chromatography. Buffers with high concentrations of salt promote the adsorption of proteins on the hydrophobic membrane matrix. Proteins are eluted by decreasing the salt concentration in the elution buffer.
Inquiry
Modified Polyethersulfone Advance Filter Plates for Ultrafiltration
Cat.No ACMA00032593
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
Modified Polyethersulfone Advance Filter Plates for Ultrafiltration Type3
Cat.No ACMA00032594
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
Modified Polyethersulfone Advance Filter Plates for Ultrafiltration, Type1
Cat.No ACMA00032595
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
Modified PolyethersulfoneAdvance Filter Plates for Ultrafiltration, Type 2
Cat.No ACMA00032596
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
Polyethersulfone Membrane Advance 96-well Filter Plates Type1
Cat.No ACMA00032597
The filter plates are constructed from chemically resistant and biologically inert polypropylene which means that the plates themselves are low in binding to nucleic acids and proteins. Polypropylene construction provides durability when using harsh organic solvents, preventing unwanted extractables and leachables.
Our Advance 96-well filter plates are available in well volumes of 350 μL, 1 mL and 2 mL.
Our Advance 96-well filter plates are available in well volumes of 350 μL, 1 mL and 2 mL.
Inquiry
Polyethersulfone Membrane Advance 96-well Filter Plates Type2
Cat.No ACMA00032598
The filter plates are constructed from chemically resistant and biologically inert polypropylene which means that the plates themselves are low in binding to nucleic acids and proteins. Polypropylene construction provides durability when using harsh organic solvents, preventing unwanted extractables and leachables.
Our Advance 96-well filter plates are available in well volumes of 350 μL, 1 mL and 2 mL.
Our Advance 96-well filter plates are available in well volumes of 350 μL, 1 mL and 2 mL.
Inquiry
Polyethersulfone Membrane Advance 96-well Filter Plates Type3
Cat.No ACMA00032599
The filter plates are constructed from chemically resistant and biologically inert polypropylene which means that the plates themselves are low in binding to nucleic acids and proteins. Polypropylene construction provides durability when using harsh organic solvents, preventing unwanted extractables and leachables.
Our Advance 96-well filter plates are available in well volumes of 350 μL, 1 mL and 2 mL.
Our Advance 96-well filter plates are available in well volumes of 350 μL, 1 mL and 2 mL.
Inquiry
PP/PE Non-woven Media Advance 96-well Filter Plates
Cat.No ACMA00032600
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
PTFE Membrane Advance Filter Plates for Solvent Filtration Type1
Cat.No ACMA00032601
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.
Inquiry
PTFE Membrane Advance Filter Plates for Solvent Filtration Type2
Cat.No ACMA00032602
The product is made of polypropylene, which is chemically resistant and biologically inert, and has a low binding rate with nucleic acids and proteins. The polypropylene structure provides durability when using harsh organic solvents and prevents unwanted extractables and leachables.