10" Hydro+ inline post RO remineraliser filter, for use on water of a low conductivity. As the 'acidic’ water flows through the filter, a reaction takes place between the media and the waters hydrogen ion, resulting in a raised conductivity and mineral content (calcium).
- 10" inline filter
- 3/8" spigot connections
|USE||Chemical & Impurity Reduction|
|FILTER / CARTRIDGE LIFETIME||Up to 4,000 litres or 6 months, which ever comes first. Actual filter performance will depend on feed water quality, flow rates and site conditions.|
|MIN. WATER TEMP||1°C / 34°F|
|MAX. WATER TEMP||23°C / 74°F|
|MIN. WORKING PRESSURE||0.5 bar / 7.5 psi|
|MAX. WORKING PRESSURE||8.75 bar / 125 psi|
|FLOW RATE||3.0 lpm / 0.79 gpm (US Gallons)*|
|INLET / OUTLET SIZE||3/8” Spigot|
315mm (h) x 54mm (dia)IMPERIAL
12.40" (h) x 2.12" (dia)
|BOX / BAG QUANTITY (FOR BULK BUY)||36|
|SPECIFICATION NOTES||Flow rate range is 2.0 - 3.0 lmp / 0.53 - 0.79 gpm (US Gallons). Slower flows will result in increased levels of re-mineralisation.|
We're a Manchester based company and ship to the UK at our standard rates. Please get in touch if you are based the Highlands or a UK island.
We also ship all filters, diverters and accessories to the EU at standard rates which can be seen at checkout. For larger items or quotes for other destinations please get in touch.
We will ship all small items (<2kg) Worldwide.
Stock items will be dispatched on the day of order, if ordered before 1pm.
Bulky items (pallet delivery) are dispatched within 2 working days.
Some items are made to order and details are given on the listing for dispatch times. If for any reason we anticipate a delay on our normal dispatch time we will contact you to let you know.
Occasionally there are delays we shall not be liable for any direct or indirect losses, costs, damages or expenses incurred by you or any other person for any delays in delivery.
We are an environment centric business and as such we try to minimise our waste. Our packaging is usually recycled and we make efficient use of packaging to minimise wastage.