High Flow Filter Cartridges About
Trinity High Flow Cartridges address one of the critical needs of the industry for absolute filtration at high flow rates. These cartridges consist of a radial pleat which maximizes the filtration area and also supports higher flow rates. Trinity High Flow Filter Cartridges are a direct replace mentto the Pall Ultipleat and 3M Cuno High-Flow Systems and are available in various end configurations to suit individual needs.
FEATURES AND BENEFITS
- High flow capacity-up to 1800 LPM percartridge
- Operator friendly design
- O Ring type sealing arrangement forpositive sealing.
- Twist & lock arrangement for easymounting of the cartridge.
- Absolute rated Media
- Compact Design
- CFR 21 listed material used
Filter Specification
Support & drainage Layer | Polypropylene (PP) |
Inner Core | Polypropylene (PP) |
End Caps | Polypropylene (PP) |
Removal Ratings | 0.5, 1, 2, 5, 10, 25, 40, 70 micron |
O Rings / Gaskets(for SOE): | Buna N, EPDM, Silicone, Viton |
Dimensions:
Nominal Lengths | 20, 40 & 60 inches |
Diameter: ID/OD | 3" (76 mm) / 6.5" (165 mm) |
End connections | DOE (standard)/ SOE (optional) |
Max operating temperature | 80OC |
Max Change Out Differential Pressure | 50 PSID (3.5 bar) |
Recommended Change out differential pressure | 35 PSID (2.5 bar) |
Advanced Filtration Technology: Our pleated depth filter cartridges utilize Polypropylene (PP) media, providing high dirt holding capacity and superior filtration efficiency. The design enables optimal particle removal, making these cartridges suitable for various high flow processes where clarity and purity are prioritized. Resistant to chemicals and corrosion, they offer a dependable solution for frequently demanding operations.
Versatile Application and Easy Installation: With availability in 20, 30, and 40 inch lengths, these cartridges effortlessly adapt to diverse system requirements in high flow settings. Their robust Polypropylene construction ensures compatibility across multiple industries. Quick installation and minimal maintenance requirements make them ideal for both new setups and retrofits in existing filtration systems.
FAQs of High Flow Filter Cartridges:
Q: How are High Flow Filter Cartridges used in industrial applications?
A: High Flow Filter Cartridges are installed in filtration systems to efficiently remove particulates and contaminants from water or process liquids. Their pleated depth design enables high throughput, making them suitable for large-scale operations in industries such as chemical processing, food and beverage, and power generation.
Q: What benefits does the Polypropylene (PP) filter media offer?
A: Polypropylene filter media provides excellent chemical resistance, broad compatibility, and enhanced durability under demanding conditions. Its structure allows for effective filtration while maintaining a long service life and reduced maintenance needs.
Q: When should I choose a 20, 30, or 40 inch filter cartridge length?
A: Select the cartridge length based on your systems flow requirements and available space. Longer cartridges (e.g., 40 inch) can handle higher flow rates and larger volumes, while shorter options are suitable for compact systems or lower throughput needs.
Q: Where are these pleated depth filter cartridges manufactured and supplied from?
A: These cartridges are manufactured, exported, and supplied directly from India, ensuring consistent quality and reliable global distribution to meet varied application demands.
Q: What is the installation process for High Flow Filter Cartridges?
A: Installation involves placing the cartridge in the designated housing, ensuring a secure fit and proper seal. The process is straightforward and can be completed with basic tools, minimizing downtime and facilitating quick replacements.
Q: How do these cartridges benefit high flow applications?
A: High Flow Filter Cartridges support maximum filtration capacity while maintaining high particle retention efficiency. Their pleated depth and Polypropylene composition allow for extended filter life, reduced operational costs, and reliable contaminant removal in high-demand environments.