Specifically for iced and hot tea applications, softening filtration is designed to reduce maintenance and service costs while providing high quality water for tea brewers. This system reduces the amount of sediment and minerals in your water which can degrade your tea brewer’s internal components and clog the spray head, leading to longer brew times and inconsistent beverages.
- Sanitary quick connect valve-in-head design simultaneously shuts off and vents water with ¼ turn, allowing for simple cartridge change-outs and maintenance times
- Minimizes service maintenance and equipment downtime with 4,000 grains of hardness reduction
- Certified to NSF Standard 42 for Chlorine reduction
- Integrated carbon block to reduce chlorine taste and odor
- Includes single stage filter head assembly with manifold bracket, 3/8″ MNPT fittings and 1/4″ quick-connect rinse valve
- Auto-leveling technology ensures perfect installation every time
- Built-in by-pass indicators on filter head provide visual confirmation of the filter’s internal integrity taking the guesswork out of the system’s performance ensuring that only filtered water is being delivered to beverage equipment at all times
- Perfect for iced and hot tea brewers where hard water can affect tea clarity, taste, and stand time
- Unique modular filter head manifold design allows for simple installation, customization, and future system expansion
This item is not warehoused by Williams Food Equipment, processing times, delivery times and availability may vary. If this item is required by a certain date, please contact Williams Food Equipment before ordering to ensure delivery times can be met. It may not be possible to cancel this item once ordered and may be non-returnable. If returnable this item may be subject to restocking charges and return delivery fees outside of the control of Williams Food Equipment. If you have any questions about this item or the terms above, please call us at 1-888-334-3233 or email us at [email protected]






Reviews
There are no reviews yet.