3M HF60-S
Genuine 3M™ Water Filtration Product designed to remove bacteria, particulates, chlorine taste and odour, cyst, and scale from your water supply.
Ideal for ice machines which produce between 300 to 600Kg every 24hrs.
Ideal for Ice Machines
300-600KG / 24hrs Production Capacity
Water Filtration
Genuine 3M™ Water Filtration Product designed to remove bacteria, particulates, chlorine taste and odour, cyst, and scale from your water supply.
Ideal for ice machines which produce between 300 to 600Kg every 24hrs.
Model |
3M™ HF60-S |
Flow rate |
12.6 LPM (Litres per Minute) |
Maximum capacity |
132,489 Litres |
Reduction claims |
Bacteria, particulate, chlorine taste and odour, cyst, and scale |
Recommended replacement interval |
Every 6 months |
Features of the 3M™ HF60-S Water Filtration System include:
• Sanitary Quick Change (SQC) encapsulated cartridge design allows for fast and easy cartridge change-outs without the need for a filter wrench.
• Expandable modular manifold design.
• FDA CFR 21 Compliant Materials for food and beverage contact.
• Integrated Membrane Pre-Activated Carbon Technology (“I.M.P.A.C.T.”) filtration media combines a membrane with a premium activated carbon block to help provide excellent throughput and cartridge life.
• Multi-stage filtration reduces the need for a separate Pre-filter.
• Designed for combination applications including ice, coffee, tea, and cold beverage.
Ice is 100% water. You want to keep it that way.
The 3M™ High Flow Series ensures high-quality water for ice, and hot or cold drink preparation. The system helps improve the taste and clarity of water and protect equipment.
The Integrated Membrane Pre-Activated Carbon Technology (IMPACT) provides superior cartridge life. The 3M™ innovative Sanitary Quick Change (SQC) design means cartridges are hygienic by design, allowing for fast and easy cartridge change-outs that require no filter wrench or contact with the filter media. Just a quarter turn is all it takes to remove and replace the filter cartridge. This minimises the possibility of leakage and media contamination.