The 3M High Flow Series System for Brewed Coffee & Hot Tea Applications featuring Valve-in-Head Design, Model BREW125-MS provides consistent quality water by reducing particulate*, chlorine taste and odor, and scale*. The Sanitary Quick Change (SQC) design allows for easy cartridge change-outs.
We produce 3M Water Filtration Products High Flow Series (MS) type systems to provide consistent quality water for commercial coffee and tea brewers by reducing the effects of sediment, and chlorine...
The 3M High Flow Series System for Brewed Coffee & Hot Tea Applications featuring Valve-in-Head Design, Model BREW120-MS provides consistent high quality water by reducing particulate, chlorine...
3M High Flow Series System for Brewed Coffee & Hot Tea Applications featuring Valve-in-Head Design, Model BREW115 provides consistent high quality water by reducing particulate, chlorine taste...
3M Water Filtration Products High Flow Series System for Brewed Coffee & Hot Tea Applications featuring Valve-in-Head Design, Scale Inhibition & Cyst Reduction provides you with Recipe...
The 3M High Flow Series System for Brewed Coffee & Hot Tea Applications featuring Valve-in-Head Design, Model BREW130-MS provides consistent high quality water by reducing particulate, chlorine...
The 3M High Flow Series System for Ice Applications featuring Valve-in-Head Design, Model ICE125-S provides consistent quality water by reducing particulate*, chlorine taste and odor, and scale*. The...
The 3M High Flow Series System for Cold Beverage Applications featuring Valve-in-Head Design, Model BEV135 provides consistent quality water by reducing particulate* and chlorine taste and odor. The...
The 3M High Flow Series System for Cold Beverage Applications, Model BEV165 provides consistent quality water by reducing particulate* and chlorine taste and odor. The Sanitary Quick Change (SQC)...
The 3M High Flow Series System for Cold Beverage Applications, Model BEV160 provides consistent high quality water by reducing particulate*, chlorine taste and odor, cyst**, and bacteria1. The...