Medium Qualitative Pleated Filters
Medium qualitative pleated filters are general-purpose filtration tools designed for applications that demand moderate particle retention and flow rates. The pleated structure increases the filtration surface area, enabling efficient particle separation and extending the filter's lifespan in routine and industrial workflows.
Technical Features:
- Moderate Retention Capability:
- Effectively captures particles in the range of 8–20 microns, suitable for semi-critical tasks.
- Pleated Structure:
- Enhances surface area, improving filtration efficiency and reducing clogging over extended use.
- Balanced Filtration Speed:
- Provides steady and consistent flow rates, ideal for non-urgent filtration needs.
- Durable Materials:
- Made from high-grade cellulose or cellulose-polymer blends, ensuring resistance to tearing and compatibility with standard chemicals.
Applications:
- Laboratory Filtration:
- Used for routine tasks such as separating suspended solids from liquids in sample preparation.
- Food and Beverage Testing:
- Suitable for coarse filtration of juices, syrups, or oils before fine filtration.
- Environmental Monitoring:
- Filters water and air samples, removing moderate particulate loads for further analysis.
- Industrial Use:
- Pre-filtration in chemical production, ensuring cleaner solutions for subsequent processing stages.
Advantages:
- Increased Efficiency:
- Pleated design enhances filtration area, ensuring better retention without compromising flow rate.
- Cost-Effective:
- Offers a practical solution for medium-duty applications without the expense of highly precise filters.
- Durability:
- Designed to handle routine filtration with reduced risk of tearing or clogging.
- Versatility:
- Compatible with aqueous solutions, dilute acids, and non-aggressive solvents.
Medium qualitative pleated filters are a reliable and economical choice for moderate filtration tasks. Their balanced design makes them a preferred option for applications requiring efficient particle retention and steady flow rates in laboratory and industrial settings.
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