ClariSea Replacement XL Fleece

ClariSea SK3000 XL & SK5000 XL FLEECE (40m)

The ClariSea team have spent many months working to develop a new more efficient long life fleece and this has now been released as the ClariSea XL Fleece, with the following benefits;

Increased flow through the media for longer life
Improved dirt removal for cleaner water and darker rolls
Reduced effect on skimmer foam when first changing a new roll
Improved water resistance of centre disposable core
40m roll length - 60% longer than the original 25m rolls
Made in Europe
100% recyclable polypropylene

Area of Fleece on a Single Roll
Do you know that on each Clarisea XL roll there is the equivalent surface area of the following number of standard filter socks.

SK3000 XL - 75 x 4" Filter Socks
SK5000 XL - 115 x 4" Filter socks

Cost Savings
Think how often you need to change your filter socks!
Do you wash them or change them, if so what is your time worth every 3-4 days?
Incredible but true, compare the cost of both options to yourself and you will realise why the ClariSea Fleece Filter is so popular.

Micron Size
It is not really correct to state a micron size for this type of filter material as it can lead to confusion.

Like all fleece filters of this type, including bag filters, the size of the particle removed by the media will continuously reduce as the fleece dirties.

Example; with a 200 micron filter sock, the largest particle that should pass through when new is 200 microns, however as the media starts to collect dirt, the holes get blocked creating smaller and smaller passages and so the bag collects out smaller and smaller particles. It continues to do this until the head pressure can no longer force water through the small holes and it overflows.

The ClariSea works in exactly the same way except that instead of overflowing and having to change or clean the bag, it automatically rolls on to expose a fresh piece of material. The fresh fleece will allow larger particles to pass through and the dirtier material will stop smaller particles.