New Product Release
Published Time:
2025-07-07
Each filtration module in a disposable deep filtration membrane pack is composed of two completely independent layers of filtration materials, usually with the upper layer of filtration material having a more open filtration aperture than the lower layer. This composite structure design improves the pollutant holding capacity of each filtration unit, avoids premature clogging of the filter, and effectively extends the load capacity of the membrane pack.
The main use of disposable deep membrane packaging is for clarification, filtration, and removal of impurities during cell culture harvesting. In addition to being used alone, WeC] ear disposable deep membrane packs can also be combined with centrifugal or tangential flow filtration for separation and purification in downstream processes. By utilizing the positive charge adsorption ability of WeC] ear filter material, impurities such as HCPs, DNA, polymers, viruses, endotoxins, etc. can be effectively removed. Its excellent filtering performance is also commonly used for clarifying the low pH solution after antibody affinity capture
Product Features
• Disposable design—ready to use, no cleaning or cleaning validation required; compact design with a small residual volume, effectively improving recovery rate
• Translucent housing allows for observation of liquid level changes
• Good linear amplification capability
• High loading capacity and high dirt holding capacity
• Modular design with good compatibility, adaptable to similar fixtures and systems on the market
• Safe and hygienic materials; products are manufactured in a clean environment
Typical Applications
• Clarification and harvesting of cell culture media
• Protective clarification before downstream processes, such as depth filtration after Low pH
• Clarification of yeast and bacterial lysates
• Reduce impurities such as protein aggregates, HCPs, endotoxins, and viruses in the feedstock
• Clarification of bacterial and yeast lysates
• Vaccine product clarification
• Media clarification
• Plasma protein and plasma clarification
| Product Parameters Product Model | S | M | P | |
| Effective filtration area | 25 cm2 | 330/1000 cm2 | 1.5 m2 | |
| Height * Diameter (cm) | 8.5*7.5 | 14.5/15.4*21.5 | 20.5*40.5 | |
| Material | Housing | Polypropylene (PP) | Polycarbonate (PC) | Polycarbonate (PC) |
| Flow distributor, isolation plate | Polypropylene (PP) | Polypropylene (PP) | Polypropylene (PP) | |
| Seal | Silicone rubber | |||
| Filter material | Cellulose, diatomaceous earth, binder | |||
| Interface | Luer connector | 3/4 inch sanitary fitting | 1.5 inch sanitary fitting | |
| Maximum operating pressure | 3.4 bar | |||
| Maximum forward operating pressure | 2.4 bar | |||
| Maximum reverse operating pressure | 2.0 bar | |||
| Maximum operating temperature | 40 ℃ | |||
| Wet heat sterilization | 126 ℃ 30 min | |||
| Biosafety | Complies with USP<87>, USP<88> tests | |||
| Endotoxin | Complies with USP<85>, endotoxin content < 0.25 EU/mL | |||

Ordering Information

None
New Product Release
Related News
Understanding Depth Filters: A Comprehensive Guide for Industrial Filtration
Depth filters are a critical component in the industrial filtration landscape, offering unique advantages that set them apart from other filtering technologies. Unlike surface filters, which capture particles on their surface, depth filters utilize a thick porous medium to trap contaminants throughout the filter material. This design not only enhances the filter's lifespan but also its capacity to
How to Perform Quality Control on Syringe Filters Before Use: A Comprehensive Guide
How to Perform Quality Control on Syringe Filters Before Use: A Comprehensive Guide Table of Contents Understanding Syringe Filters The Importance of Quality Control in Syringe Filters Key Components of Syringe Filters Steps to Perform Quality Control on Syringe Filters 1. Visual Inspection 2. Bubble Point Testing 3. Integrity Testing
Understanding SS Filter Cartridges: A Technical Overview for Industrial Applications
In the realm of industrial filtration, SS filter cartridges—made from stainless steel—are recognized for their durability, efficiency, and versatility. These cartridges play a critical role in maintaining the purity and quality of liquids and gases in various applications, including water treatment, food processing, pharmaceuticals, and chemical manufacturing. One of the defining features of SS fi
Why Stainless Steel Filters Are the Best Choice for High-Temperature Filtration
Why Stainless Steel Filters Are the Best Choice for High-Temperature Filtration Table of Contents Introduction to High-Temperature Filtration The Importance of Choosing the Right Filter Material Benefits of Stainless Steel Filters Durability and Strength Corrosion Resistance High-Temperature Resistance Common Applications of St
Understanding Filter Cartridges: The Heart of Effective Filtration Systems
Filter cartridges are essential components in industrial filtration systems, acting as the primary barrier to remove contaminants and impurities from various fluids. Understanding their role, types, and maintenance is vital for ensuring the efficiency and longevity of your filtration equipment. At the core of any filtration system, filter cartridges are designed to capture particles, debris, and o
The Lifecycle of Microporous Filter Cartridges: From Production to Disposal
The Lifecycle of Microporous Filter Cartridges: From Production to Disposal Table of Contents 1. Introduction to Microporous Filter Cartridges 2. The Production Process of Microporous Filter Cartridges 3. Materials Used in Microporous Filter Cartridges 4. Quality Control Measures in Manufacturing 5. Applications of Microporous Filter Cartridges 6. Environmental Impact of M