QXL Pleated-Depth Filter Cartridges
QXL Series: Absolute Rated Filtration for Inks, Slurries and Coatings
With its extra-loft, extra-life depth filter configuration, the QXL is designed for the filtration of industrial solutions containing agglomerated particles and gels or with high viscosity. Consistent absolute retention performance is achieved throughout the pleated, serialized microfiber matrix. The state of-the-art optimized structure provides significantly higher flow rates and throughputs than cylindrical melt blown filters.
Features & Benefits:
- Hybrid pleated depth construction combines graded pore structure with high surface area.
- Constructed entirely of polypropylene – Compatible with a broad range of solutions and chemicals
- Optimized pleat configuration – Provides the ideal combination of retention, flow rate and throughput
- Excellent gel and agglomerated particle retention reduces defects
- Available in common end cap configurations – Retrofits easily into most filter housings
- FDA listed materials of construction
- Meets USP Class VI Biological test for plastics
AVAILABLE OPTIONS:
Available End Connections: Double Open End, 226/Flat Single Open End, 222/Flat Single Open End, 226/Fin Single Open End, 222/Fin Single Open End, Single Open End – Internal O-Ring
Available O-Rings/Gaskets: Buna-N, EPDM, Silicone, Teflon encapsulated Viton (O-Rings only), Teflon Gasket, Viton
Available Micron Ratings: 0.2, 0.45, 0.5, 1, 3, 5, 10, 20, 40
Available Lengths: 5″, 9.75″, 10″, 20″, 30″, 40″
Available Media Types: Polypropylene
Some part numbers included: QXL 0.2-10P7B; QXL 0.2-20P7B; QXL 0.2-30P7B; QXL 0.2-40P7B; QXL 0.45-10P7B; QXL 0.45-20P7B; QXL 0.45-30P7B; QXL 0.45-40P7B; QXL 10-10PB; QXL 10-20PB; QXL 10-30PB; QXL 10-40PB; QXL 1-10P7B; QXL 1-20P7B; QXL 1-30P7B; QXL 1-40P7B; QXL 20-10PB; QXL 20-20PB; QXL 20-30PB; QXL 20-40PB; QXL 40-10PB; QXL 40-20PB; QXL 40-30PB; QXL 40-40PB; QXL 5-10PB; QXL 5-20PB; QXL 5-30PB’ QXL 5-40PB
Contact us for Current Pricing & Lead Times: 1-877-705-9864 or info@wtmi-usa.com
