Name: 0.5 Micron Porous Stainless Steel Filter Rings For Protein Purification Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 271443785

TOPTITECH 0.5 micron porous stainless steel filter rings are engineered with advanced sintering technology, these filters achieve unparalleled pore size consistency critical for high-resolution protein separations. The unique porous structure provides 40% greater surface area than conventional filters, significantly increasing binding capacity for target molecules while reducing processing time.

316L stainless steel construction offers exceptional resistance to aggressive cleaning agents and sterilization methods. Every batch filter is subjected to stringent quality control procedures, such as bubble point testing and SEM analysis to confirm the integrity of the pore structure. The ultra-smooth surface produced by our exclusive electropolishing technique reduces nonspecific protein binding.

Products Specifications

Material: 316L
OD:110mm
ID: 75mm
Thickness: 5mm
Filter precision: 0.5 Micron
Porosity: 30-40%
Structure: Uniform

Products Features

05 Micron Porous Stainless Steel Filter Rings for Protein Purification 4

Precise 0.5 Micron Filtration: Effectively removes fine particulates, cell debris, aggregates, and sub-micron impurities critical for high-purity protein solutions, monoclonal antibodies (mAbs), vaccines, and enzymes.

Exceptional Chemical & Thermal Resistance: Constructed from high-purity 316L stainless steel, offering outstanding resistance to aggressive buffers, solvents, CIP (Clean-in-Place) chemicals, and high temperatures required for SIP (Steam-in-Place) sterilization.

05 Micron Porous Stainless Steel Filter Rings for Protein Purification 3

Inherently Hydrophilic: Stainless steel provides consistent wetting characteristics, ensuring reliable flow and minimizing protein adsorption compared to some surface-modified polymers.

Excellent Cleanability & Reusability: Sintered structure resists fouling and allows deep cleaning, offering significant cost savings over single-use alternatives.

applications

1. Preparation:
- Ensure a clean working area and gather the necessary materials and equipment, including the 0.5 Micron Porous Stainless Steel Filter Rings, protein samples, buffer solutions, etc.

2. Assembling the Filter Rings:
- Install the 0.5 Micron Porous Stainless Steel Filter Rings into the appropriate filtration device, ensuring proper positioning and secure attachment.

3. Sample Loading:
- Slowly introduce the protein sample solution into the filter ring, allowing the sample to pass through the filter pores evenly to prevent overflow or clogging.

4. Filtration Process:
- Activate the filtration device to pass the sample through the 0.5 Micron Porous Stainless Steel Filter Rings. The precise pore size of the rings effectively captures impurities and particles, ensuring high purity of the protein sample.

5. Washing Steps:
- After filtration, wash the filter rings with suitable buffer solutions to remove any impurities or residues that may be left on the rings.

6. Protein Recovery:
- Retrieve the filtered protein sample from the filter rings, and proceed to recover and collect the purified protein solution using appropriate methods.

7. Analysis and Storage:
- Analyze the purified protein sample for purity and concentration, and store or further process as needed.