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Overview
Multi cartridge filter housings are made of food-grade stainless steel 316L (or 304). Applications for this sanitary filter housing include winery, brewery, dairy, food and beverage processing, as well as pharmaceutical filtration.
The multi cartridge housing could hold cartridges from 3 rounds to 51 rounds. A range of cartridge lengths is available from 10" to 40". It is compatible with Pall, 3M, Saterious, Millipore Catridge, 226, 222 end caps.
A multi-cartridge filter is an industrial filtration device consisting of multiple independent filter elements housed within a stainless steel shell, featuring modular design and flexible configuration. Below are its key characteristics and applications:
1. Structure & Materials
Housing: Typically made of 304 or 316L stainless steel, with optional plastic or aluminum alloy variants.
Filter Elements: Supports various types (e.g., pleated, wound, melt-blown) with materials including polypropylene, polyester, and nylon, offering a wide filtration range (0.01μm to 3000μm).
2. Core Functions
High-Precision Filtration: Removes particles as small as 0.01μm, with oil mist concentration control down to 0.01ppm/wt.
Automatic Backwashing: Triggered by differential pressure or time, enabling in-line cleaning without interrupting operations.
High Flow Capacity: Single-unit flow rates up to 10,000 m³/h, adaptable to different scale requirements.
3. Applications
Industries: Pharmaceuticals (GMP-compliant), food & beverage, petrochemicals, microelectronics, water treatment, etc.
Scenarios: Protecting downstream membrane systems (e.g., RO, UF), liquid/gas purification, high-sanitation filtration.
4. Maintenance & Operation
Replacement Criteria: Filter elements should be replaced when differential pressure exceeds 0.2MPa or flow drops by 30%.
Cleaning Requirements: Initial sterilization via high-temperature treatment; routine cleaning with sterile reverse-flush water.
Operating Pressure: Typically maintained at 0.1MPa, with a maximum limit of 0.5MPa.
5. Design Advantages
Modularity: Individual filter element replacement reduces maintenance costs.
Corrosion Resistance: Wedge-wire screen structure enhances durability in acidic/alkaline environments.
Cartridge Filter FAQ
1. How to Choose a Cartridge Filter?
Filtration Accuracy: Select micron-level precision (0.22–50μm) based on requirements (e.g., sterilization or clarification).
Material Compatibility:
For corrosive media (acids/alkalis), use stainless steel (304/316L) or PTFE cartridges.
Food/pharmaceutical applications require FDA-compliant hygienic designs.
Flow Rate & Pressure: Match system conditions; high-viscosity liquids may require high-pressure models (e.g., 1.6 MPa+).
2. How Does a Cartridge Filter Work?
Inlet: The unfiltered liquid enters the housing.
Filtration: The liquid passes through the cartridge, trapping contaminants while allowing clean liquid to exit.
Discharge: The cartridge must be replaced or cleaned periodically to maintain efficiency.
3. Cartridge Lifespan & Maintenance
Lifespan: Typically 3–6 months, depending on contaminant levels.
Maintenance:
Soak in a 10% hydrochloric acid solution every 7–10 days for cleaning.
Inspect seals and filter media for damage to prevent leaks.
Overview
Multi cartridge filter housings are made of food-grade stainless steel 316L (or 304). Applications for this sanitary filter housing include winery, brewery, dairy, food and beverage processing, as well as pharmaceutical filtration.
The multi cartridge housing could hold cartridges from 3 rounds to 51 rounds. A range of cartridge lengths is available from 10" to 40". It is compatible with Pall, 3M, Saterious, Millipore Catridge, 226, 222 end caps.
A multi-cartridge filter is an industrial filtration device consisting of multiple independent filter elements housed within a stainless steel shell, featuring modular design and flexible configuration. Below are its key characteristics and applications:
1. Structure & Materials
Housing: Typically made of 304 or 316L stainless steel, with optional plastic or aluminum alloy variants.
Filter Elements: Supports various types (e.g., pleated, wound, melt-blown) with materials including polypropylene, polyester, and nylon, offering a wide filtration range (0.01μm to 3000μm).
2. Core Functions
High-Precision Filtration: Removes particles as small as 0.01μm, with oil mist concentration control down to 0.01ppm/wt.
Automatic Backwashing: Triggered by differential pressure or time, enabling in-line cleaning without interrupting operations.
High Flow Capacity: Single-unit flow rates up to 10,000 m³/h, adaptable to different scale requirements.
3. Applications
Industries: Pharmaceuticals (GMP-compliant), food & beverage, petrochemicals, microelectronics, water treatment, etc.
Scenarios: Protecting downstream membrane systems (e.g., RO, UF), liquid/gas purification, high-sanitation filtration.
4. Maintenance & Operation
Replacement Criteria: Filter elements should be replaced when differential pressure exceeds 0.2MPa or flow drops by 30%.
Cleaning Requirements: Initial sterilization via high-temperature treatment; routine cleaning with sterile reverse-flush water.
Operating Pressure: Typically maintained at 0.1MPa, with a maximum limit of 0.5MPa.
5. Design Advantages
Modularity: Individual filter element replacement reduces maintenance costs.
Corrosion Resistance: Wedge-wire screen structure enhances durability in acidic/alkaline environments.
Cartridge Filter FAQ
1. How to Choose a Cartridge Filter?
Filtration Accuracy: Select micron-level precision (0.22–50μm) based on requirements (e.g., sterilization or clarification).
Material Compatibility:
For corrosive media (acids/alkalis), use stainless steel (304/316L) or PTFE cartridges.
Food/pharmaceutical applications require FDA-compliant hygienic designs.
Flow Rate & Pressure: Match system conditions; high-viscosity liquids may require high-pressure models (e.g., 1.6 MPa+).
2. How Does a Cartridge Filter Work?
Inlet: The unfiltered liquid enters the housing.
Filtration: The liquid passes through the cartridge, trapping contaminants while allowing clean liquid to exit.
Discharge: The cartridge must be replaced or cleaned periodically to maintain efficiency.
3. Cartridge Lifespan & Maintenance
Lifespan: Typically 3–6 months, depending on contaminant levels.
Maintenance:
Soak in a 10% hydrochloric acid solution every 7–10 days for cleaning.
Inspect seals and filter media for damage to prevent leaks.
