Harmsco PP-HC/40-1 Hurricane Poly-Pleat Filter Cartridge
Deals on Softeners, Whole Home Filters, Reverse Osmosis, and More

Softeners, Whole Home Filters, Reverse Osmosis, and More

Value Bundles + Limited Time Special Offers + Clearance Items... CLICK HERE TO VIEW!
Supply Chain Update June 28: Most products are now in stock. Read more here.
> > Harmsco PP-HC-40-1 Hurricane Poly-Pleat Filter Cartridge
harmsco-pp-hc-40-1-hurricane-poly-pleat-filter-cartridge

Harmsco PP-HC-40-1 Hurricane Poly-Pleat Filter Cartridge

SKU: PP-HC-40-1

207.49

Bulk Discount
BUY61224
DISCOUNT5%10%15%
Discounts applied in shopping cart
Ask a Specialist
Email Us

Free Shipping

Orders Over $149

Safe & Secure

Online Checkout

30 Day

Return Policy

Description

The Harmsco PP-HC-40-1 is a pleated polyester 1-micron (absolute) sediment filter cartridge for use in Hurricane and WaterBetter fitler housings.

Resources

Tech Specs

  • Size: 9-5/8" x 2-3/4" O.D.
  • Micron rating: One micron absolute for cryptosporidium and giardia cysts.
  • Media: 27 sq ft. meltblown polypropylene inner layer, with outer layers of polypropylene scrim material for support.
  • Type: Standard
  • Center tubes: Rigid PVC with perforations, or molded polypropylene
  • End caps: Pliable PVC with sealing surface built-in
  • Temperature: 140°F (60°C) temperature limit*
  • Flow rate: Up to 0.5 gpm/ft² media
  • Netting: Polypropylene netting standard for 2-3/4” O.D.; Big-Blue cartridges use polyethylene netting.

In the Box

  • 1 x Harmsco PP-HC-40-1 Hurricane Poly-Pleat Filter Cartridge

Limited Warranty

Harmsco warrants their products to be free of material and workmanship defects. Determination of suitability of Harmsco products for uses and applications contemplated by Buyer shall be the sole responsibility of Buyer. The end user/installer/buyer shall be liable for the product’s performance and suitability regarding their specific intended applications. End users should perform their own tests to determine suitability for each application.

*Temperature limits vary and depend on pressure and time under load.