Views: 0 Author: Site Editor Publish Time: 2026-07-17 Origin: Site
High-Efficiency Filtration: Removes fine particles to help protect RO membranes and maintain stable process water quality.
Large Filtration Area: Supports high flow rates while reducing pressure drop and extending cartridge service life.
Reduce Frequent Cartridge Changes: High dirt-holding capacity helps minimize maintenance and production interruptions.
Protect Critical Equipment: Captures sediment before it reaches pumps, valves, and RO membranes, helping reduce system fouling.
Available from 0.22–100 Micron: Multiple filtration ratings support RO water treatment, pharmaceutical, and chemical applications.
10"–40" Size Options: Compatible with a wide range of industrial filter housings for flexible system design.
Ideal for RO Water Plants: Provides reliable pretreatment to improve membrane protection and filtration efficiency.
Designed for Process Industries: Suitable for pharmaceutical water systems, chemical processing, and industrial water purification.
Higher Dirt-Holding Capacity: Pleated construction typically provides a larger filtration area than standard depth filter cartridges.
Consistent Flow Performance: Engineered to support stable flow with lower pressure drop during continuous filtration operations.
Pleated Cartridge Filter – Key Specifications
Suitable for India Market (RO Plants / Pharmaceutical / Chemical)
| Parameter | Specification |
|---|---|
| Filter Media | Polypropylene (PP) Pleated |
| Support Layer | PP |
| Core / Cage / End Caps | Polypropylene (PP) |
| Micron Rating | 0.22, 0.45, 1, 5, 10, 20, 50, 100 μm |
| Length | 10", 20", 30", 40" |
| Outer Diameter | 68–70 mm |
| Inner Diameter | 28–30 mm |
| Max Operating Temperature | Up to 80°C |
| Max Differential Pressure | 4.0 bar @ 25°C |
| Flow Direction | Outside to Inside |
| Filtration Area | High Surface Area Pleated Design |
| Seal Material | Silicone / EPDM / NBR / Viton (Optional) |
| End Cap Type | DOE / 222 / 226 / Flat Cap |
| Applications | RO Pretreatment, Pharmaceutical Water, Chemical Process Water, Industrial Water Purification |
| OEM Service | Available |
| Packaging | Individual PE Bag + Export Carton + Pallet (Optional) |
Export Packaging for India Market (RO Plants / Pharmaceutical / Chemical):
Individual PE bag for each filter cartridge
Protective end caps on both ends
Strong corrugated export carton
Waterproof outer packaging
Cartons packed on fumigation-free pallets
Stretch film and packing straps for secure transport
OEM/Neutral packaging available
Product label with model, micron rating, and batch number
Suitable for sea, air, and land transportation
Custom packaging available upon request
FAQ:
1. What is a pleated cartridge filter used for?
A pleated cartridge filter is used to remove suspended solids, fine particles, rust, and other contaminants from liquids. In India, it is widely used in RO water treatment plants, pharmaceutical manufacturing, chemical processing, food and beverage production, and industrial process water filtration.
2. Which micron rating is best for an RO plant filter cartridge?
The ideal micron rating depends on the filtration stage. Common options include:
20–50 micron for coarse pre-filtration
5 micron for standard RO pretreatment
1 micron for fine particle removal
0.45 or 0.22 micron for applications requiring finer filtration, depending on process requirements
Selecting the correct micron rating helps protect RO membranes and improve system performance.
3. Why is a 5 micron cartridge filter commonly used in industrial RO systems?
A 5 micron cartridge filter effectively removes sediment and fine particles before water enters the RO membranes. It helps reduce membrane fouling, extends membrane service life, lowers maintenance frequency, and supports stable system operation.
4. Can PP pleated filter cartridges be used in pharmaceutical manufacturing?
Yes. PP pleated filter cartridges are commonly used in pharmaceutical water systems, purified water production, and process liquid filtration. For pharmaceutical applications, users should select cartridges that meet the required material, validation, and regulatory standards for their specific process.
5. What are the advantages of a pleated filter cartridge over a melt blown filter?
Pleated filter cartridges typically provide:
Larger filtration surface area
Higher dirt-holding capacity
Longer replacement intervals
Lower pressure drop
Stable flow performance
These features make them suitable for continuous industrial filtration.
6. How often should a 40 inch cartridge filter be replaced?
Replacement frequency depends on water quality, contaminant levels, operating pressure, and flow rate. Many facilities replace the cartridge when differential pressure increases significantly or when the filtration performance no longer meets process requirements.
7. What industries commonly use multi round filter cartridges in India?
Multi round filter cartridges are widely used in:
RO water treatment plants
Pharmaceutical manufacturing
Chemical processing
Food and beverage production
Electronics manufacturing
Industrial process water systems
Boiler feed water treatment
Their high flow capacity makes them suitable for large-scale filtration systems.
8. What materials are commonly used for industrial RO filter cartridges?
Industrial RO filter cartridges are commonly manufactured using polypropylene (PP), polypropylene microfiber media, PES membrane, PTFE membrane, nylon, or glass fiber, depending on the filtration application, chemical compatibility, and required filtration efficiency.
9. How do I choose the right process water filter cartridge?
When selecting a process water filter cartridge, consider:
Required micron rating
Flow rate
Operating pressure
Liquid compatibility
Cartridge length (10", 20", 30", or 40")
Operating temperature
Housing compatibility
Application requirements
Matching these factors helps improve filtration efficiency and cartridge life.
10. Are pleated cartridge filters suitable for chemical processing applications?
Yes. Pleated cartridge filters are commonly used for chemical process water, solvents, acids, alkalis, and other compatible liquids. The filter media and construction materials should be selected according to the specific chemical compatibility and operating conditions to ensure reliable filtration performance.