If you operate a restaurant, bar, café, or any foodservice business that depends on high-quality ice, water filtration should be a top priority. That’s where the Everpure i2000 comes into play. Specifically designed to enhance the performance and longevity of ice machines, this filter cartridge plays a critical role in producing crystal-clear, great-tasting ice while preventing costly machine damage caused by scale and sediment buildup.
The Role of the Everpure i2000 Cartridge
The Everpure i2000 (EV9612-22) is a high-performance filter cartridge used in the Everpure Insurice line of commercial filtration systems. This 24-inch cartridge boasts a 9,000-gallon filtration capacity and operates at a flow rate of 1.67 gallons per minute. It features a 0.5-micron filtration rating, meaning it captures tiny particles that can otherwise degrade the quality of your ice and damage internal machine components.
One of its standout features is the Micro-Pure® II filtration media, which not only removes chlorine, sediment, and unpleasant tastes or odors from water but also inhibits bacterial growth on the filter media itself. This results in cleaner, longer-lasting filtration performance, making the Everpure i2000 a dependable choice in busy environments.
Why Water Quality Matters for Ice Machines
Using untreated or poorly filtered water in ice machines can lead to several issues:
- Cloudy or bad-tasting ice due to chlorine, minerals, and other contaminants
- Scale buildup that affects machine performance and increases energy costs
- Frequent breakdowns and service calls, leading to downtime and repair expenses
- Shortened equipment lifespan
By using an Everpure i2000 cartridge in your filtration system, you reduce these risks and ensure that your ice is clean, clear, and free from off-putting tastes or odors.
Everpure i2000-Compatible Insurice Systems
Several commercial filtration systems rely on the power of the Everpure i2000, offering flexible solutions for different operational needs:
Everpure Insurice Single PF-i2000 (EV932421)
- Capacity: 9,000 gallons
- Flow rate: 1.67 GPM
- Includes a sediment prefilter for added protection
- Ideal for smaller operations or those with moderate ice usage
- Compact design and easy installation
Everpure Insurice Twin i2000 (EV932402)
- Capacity: 18,000 gallons
- Flow rate: 3.34 GPM
- Twin cartridges deliver extended performance and fewer change-outs
- Great for larger ice machines or busier environments
Everpure Insurice i2000 Single (EV932401)
- Capacity: 9,000 gallons
- Flow rate: 1.67 GPM
- Same performance as the Single PF but without the sediment prefilter
- A simpler, space-saving option for locations with clean municipal water
Everpure Insurice Twin PF-i2000 (EV932422)
- Capacity: 18,000 gallons
- Flow rate: 3.34 GPM
- Combines the benefits of twin filtration with added sediment protection
- Excellent for areas with higher particulate content in the water
All of these systems are NSF certified to Standards 42 and 53, ensuring they effectively reduce chlorine, taste/odor, and particulate contaminants.
i2000 vs. i4000: What’s the Difference?
While the i2000 is suitable for many operations, some high-demand businesses may prefer the Everpure i4000 (EV9612-32). This cartridge is slightly larger, with a 12,000-gallon capacity and a longer 28-inch profile. It can serve as an upgrade for systems already using the i2000, offering more time between replacements while maintaining the same high level of filtration.
For any commercial kitchen, café, or business that relies on ice, the Everpure i2000 offers a robust solution to common water quality problems. With reliable performance, NSF-certified filtration, and multiple compatible system options, it’s easy to find a configuration that matches your business needs.
Whether you’re dealing with scale issues, poor-tasting ice, or just want to protect your equipment investment, the Everpure i2000 helps deliver better results and fewer headaches: one clean cube at a time.
For more information about Everpure Water Filtration and Everpure Water Filter Replacement Please visit: Efilters.
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