LL
Pharma&Biotech, Food & Beverage, Fine Chemical
Filter Housings
Metal
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Special Design for High Volume Clarification
The LL Series Lenticular Filter uses an innovative deep-bed filtration system designed
to replace traditional diatomite filters. Its unique bottom inlet/outlet configuration
ensures laminar flow distribution, significantly enhancing filtration efficiency while
preventing product turbulence. This high-capacity filter accommodates substantial
solid loads, making it ideal for large-volume clarification processes in beverage, food,
and pharmaceutical applications where consistent clarity and operational efficiency
are paramount.
Leak-free design for secure filtration.
Consistent filtration from batch to batch.
Trusted by customers across multiple industries.
Compatible with standard lenticular filter modules.
Alcoholic Beverage Clarification
Juice & Concentrate Purification
Syrup &Sweetener Refinement
Food Additive Purification
Pre-filtration and clarification of pharmaceutical intermediates
enzymes and biochemical reagents
Precision filtration and particle control for high-purity chemicals and electronic grade reagents
Zero Residual Design
Smooth surface and accessible structure enable complete cleaning with no product retention between batches
High Capacity Operation
Deep bed filtration media provides substantial dirt holding capacity, extending service cycles for large volume processing
Easy Maintenance Access
Multiple body access points facilitate quick media changes and reduce operational downtime.
Validated Clarification Performance
Consistent results in replacing traditional diatomite filtration with cleaner, more efficient operation
Housing | SUS304/316L Stainless Steel |
Screen Holde | 304/316L Stainless Steel |
Seal | Silicone/EPDM/Viton/TEV |
Max. Operating Temperature | <90 ℃ |
Max. Differential Pressure | 0.5 MPa |
Outer Diameter | 450 mm |
Material | Pump | NO.OF Cores | SEAL | INLET/OUTLET | Diameter | NO.OF Stacks |
304 | Without | 1 | Silicone | Clamp DN25 | 8 in | 1 Stack |
316 | 3 | EPDM | Clamp DN50 | 12 in | 2 Stacks | |
5 | NBR | Flange DN25 | 16 in | |||
PTFE Encapsulated | Flange DN38 | |||||
Fluororubber | Flange DN50 | |||||
PTFE | Flange DN80 | |||||
Flange DN150 |
What is the LL Series lenticular filter mainly used for?
The LL Series lenticular filter is designed for high-volume clarification and prefiltration applications where stable batch-to-batch performance is required. Typical applications include food and beverage processing, pharmaceutical intermediate filtration, and high-purity chemical or electronic-grade liquid clarification.
How does the LL Series differ from traditional diatomite filtration systems?
The LL Series uses lenticular depth filtration rather than loose diatomite media. This helps simplify operation, reduce media handling, and provide a cleaner closed-system filtration process. It is designed to deliver consistent clarification performance while supporting easier change-out and lower residual product hold-up.
Why is the bottom inlet/outlet design important?
The bottom inlet/outlet configuration helps promote a more uniform flow path through the filter stack and can reduce product retention inside the housing. This is especially useful for batch processing where product recovery, cleaning efficiency, and minimizing residual liquid between batches are important.
How do I choose the right LL Series housing configuration?
Selection should be based on required batch volume, flow rate, number and size of lenticular filter stacks, process fluid, operating temperature, pressure, connection type, and seal material. The LL Series can be configured with different stack quantities, inlet/outlet sizes, and seal options according to system requirements.
What operating limits should be considered for the LL Series lenticular filter?
The listed maximum operating temperature is below 90°C, and the maximum differential pressure is 0.5 MPa. Actual allowable conditions should also consider housing material, seal material, filter stack specification, fluid properties, and process configuration. Final operating limits should be confirmed for the selected setup.
How do I know when the lenticular filter stack should be replaced?
Replacement should be based on filtration performance rather than a fixed service interval. Typical indicators include increasing differential pressure, reduced flow rate, longer batch processing time, or deterioration in filtrate clarity. Actual service life depends on solids loading, fluid viscosity, selected filter grade, batch volume, and operating conditions.