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AELAB CA Membrane Filter | Hydrophilic, Low Protein Binding FBM Series

The AELAB CA Membrane Filter delivers exceptional clarity and reliability for aqueous solution and solvent filtration. With its hydrophilic surface, very low protein binding capacity, and high physical strength, it ensures consistent, reproducible results in demanding laboratory applications.
Modles : FBM Series
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The AELAB CA Membrane Filter is designed to deliver precision, consistency, and durability in laboratory filtration. With multiple pore sizes and diameters, it offers flexibility for different scientific applications, from microbiology to pharmaceutical QC.

 

🔬 How It Works?

The AELAB CA Membrane Filter employs a hydrophilic cellulose acetate membrane designed for efficient filtration of aqueous solutions. Its low protein-binding surface minimizes sample loss, making it ideal for sensitive biological and chemical analyses. The uniform pore structure ensures accurate retention of particulates, while the high-strength membrane withstands pressure and repeated use without compromising integrity.

 

💡 Advantages

  • Superior Sample Recovery: Low protein binding prevents sample adsorption.
  • High Filtration Accuracy: Consistent pore size distribution guarantees reliable results.
  • Durability & Stability: Enhanced physical strength ensures long-term performance.
  • Versatile Compatibility: Suitable for various laboratory solutions and solvents.
  • Wide Size Range: Options from 13 mm to 142 mm to meet different lab setups.

 

🔍 Recommended Models by Use Case

  • Educational & Training Labs: 13 mm & 25 mm filters (cost-effective, smaller samples).
  • Research Laboratories: 47 mm & 90 mm filters for medium to high-throughput work.
  • Industrial & QC Departments: 142 mm filters for large-scale applications and routine testing.

 

🧪 Ideal For

  • Biological sample filtration
  • Chemical analysis & solvent preparation
  • Microbiology & protein studies
  • Food & beverage testing labs
  • Quality control in pharmaceutical production

Specifications :

   Item                                  Description                             Packaging(pcs/pk)
FBM013CA022 Pore:0.22μm Diameter:13mm 400
FBM025CA022 Pore:0.22μm Diameter:25mm 200
FBM047CA022 Pore:0.22μm Diameter:47mm 200
FBM090CA022 Pore:0.22μm Diameter:90mm 100
FBM142CA022 Pore:0.22μm Diameter:142mm 50
FBM013CA045 Pore:0.45μm Diameter:13mm 400
FBM025CA045 Pore:0.45μm Diameter:25mm 200
FBM047CA045 Pore:0.45μm Diameter:47mm 200
FBM090CA045 Pore:0.45μm Diameter:90mm 100
FBM142CA045 Pore:0.45μm Diameter:142mm 50
FBM013CA080 Pore:0.80μm Diameter:13mm 400
FBM025CA080 Pore:0.80μm Diameter:25mm 200
FBM047CA080 Pore:0.80μm Diameter:47mm 200
FBM090CA080 Pore:0.80μm Diameter:90mm 100
FBM142CA080 Pore:0.80μm Diameter:142mm 50
   Item                                  Description                             Packaging(pcs/pk)
FBM013CA022 Pore:0.22μm Diameter:13mm 400
FBM025CA022 Pore:0.22μm Diameter:25mm 200
FBM047CA022 Pore:0.22μm Diameter:47mm 200
FBM090CA022 Pore:0.22μm Diameter:90mm 100
FBM142CA022 Pore:0.22μm Diameter:142mm 50
FBM013CA045 Pore:0.45μm Diameter:13mm 400
FBM025CA045 Pore:0.45μm Diameter:25mm 200
FBM047CA045 Pore:0.45μm Diameter:47mm 200
FBM090CA045 Pore:0.45μm Diameter:90mm 100
FBM142CA045 Pore:0.45μm Diameter:142mm 50
FBM013CA080 Pore:0.80μm Diameter:13mm 400
FBM025CA080 Pore:0.80μm Diameter:25mm 200
FBM047CA080 Pore:0.80μm Diameter:47mm 200
FBM090CA080 Pore:0.80μm Diameter:90mm 100
FBM142CA080 Pore:0.80μm Diameter:142mm 50

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Frequently Asked Questions

1How does the AELAB CA Membrane Filter ensure low protein binding?
The cellulose acetate membrane has a naturally hydrophilic structure, preventing non-specific protein adsorption and ensuring higher sample recovery.
2Can it be used with organic solvents?
Yes, the CA membrane is compatible with many solvents, but it is particularly optimized for aqueous solution filtration.
3What pore size should I choose for microbiological testing?
The 0.45 μm pore size is commonly used for microbial retention, while 0.22 μm provides finer sterilization-grade filtration.
4How does AELAB ensure product consistency?
Each batch undergoes strict QC checks for pore uniformity, strength, and dimensional stability, ensuring reproducible results.
5Are larger diameters suitable for high-throughput use?
Yes, diameters of 90 mm and 142 mm are ideal for large sample volumes, industrial testing, and high-throughput environments.

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