
SPECTRUM SWP: 5-inch String Wound Polypropylene Sediment Filter
The SPECTRUM SWP series is the industry-standard "roughing" filter for particulate removal. Engineered with a computer-controlled wound pattern, these filters provide reliable, depth-based sediment capture, trapping particles throughout the entire media rather than just on the surface. This design significantly extends filter life and ensures high-efficiency removal of sand, silt, and rust. As a core pre-filtration solution, the SWP range is the most cost-effective way to protect expensive downstream components—such as UV systems, Reverse Osmosis membranes, and industrial nozzles—from premature fouling.
Why Choose the SPECTRUM SWP Range?
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Graded Density Construction: The variable wound pattern captures larger particles on the outside and smaller particles deeper within the media, maximizing the dirt-holding capacity.
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Broad Chemical Compatibility: Constructed from 100% polypropylene media on a polypropylene core, these filters are chemically inert and suitable for a wide range of industrial and manufacturing applications.
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Versatile Micron Selection: Available from 0.5 to 150 microns, allowing you to tailor your pre-filtration level to your specific water supply (from fine polishing to coarse sediment removal).
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Proven Reliability: A tried-and-tested design that ensures consistent flow and structural integrity in demanding environments.
3. Technical Specifications Table
| Feature | Specification |
| Model | SPECTRUM SWP (String Wound) |
| Length | 4 7/8" (5" Nominal) |
| Media Type | Polypropylene (Wound) |
| Core Material | Polypropylene |
| Micron Range | 0.5 to 150 µm |
| Max Temperature | 65°C |
| Application | Pre-filtration, Sand/Silt/Rust Removal |
Frequently asked questions
For full details on returns, refunds, eligibility, and timeframes, please refer to our complete Refund Policy here:
👉 Refund and Returns Policy
If you are unsure whether your item qualifies for return, please contact our team before sending anything back and we’ll be happy to help.