Product Description
HydroScientific™ HSC-40 Jumbo Pleated High-Flow Filter Cartridge
The HydroScientific™ HSC-40 is a rugged, 9-5/8" jumbo pleated filter designed for high-performance filtration in compact spaces. Featuring 40 square feet of high-quality polyester media, the HSC-40 offers superior dirt-holding capacity and lower maintenance costs compared to standard cartridges. It is the perfect reusable solution for industrial applications where durability and high flow rates are critical.
Direct Brand Compatibility
The HSC-40 is a premium, cost-effective replacement for industry-standard jumbo filter housings, including:
- Harmsco®: HC/40 Series
- Watts®: FMHC-40 models
- Universal Fit: Compatible with most 9-5/8" x 7-3/4" jumbo filter housings.
Key Features & Benefits
- Cleanable & Reusable: The 100% pleated polyester media is designed to be washed and reused, significantly reducing consumable waste and annual operating expenses.
- Efficient High-Flow Design: Delivers exceptional flow capacity with minimal initial pressure drop, ensuring your system runs at peak efficiency.
- Certified Purity: 100% surfactant and binder-free. Certified to NSF/ANSI/CAN 61 & 372 and FDA/USP compliant for safe use with potable water.
- Integral Built-in Seal: Features a robust built-in seal to prevent water bypass and ensure consistent filtration performance throughout the life of the cartridge.
Technical Specifications
| Model Number | HSC-40 |
| Dimensions | 9-5/8" Length x 7-3/4" Diameter |
| Media Surface Area | 40 Sq. Ft. |
| Filter Media | Pleated Polyester |
| Available Micron Ratings | 0.2, 0.35, 0.45, 1, 5, 20, 50, 100, and 150 |
| Construction | Plastisol End Caps / ABS or PVC Center Tube |
Common Industrial Applications
- Process Water: Fine sediment removal for manufacturing loops.
- RO Pre-filtration: Ideal for protecting Reverse Osmosis membranes from fouling.
- Cooling Towers: Maintains water clarity and prevents debris from clogging spray nozzles.
- Whole House / Commercial Entry: Large-scale sediment removal for high-flow properties.