DI-FUSION™ Mix Bed Tank 14X47 + 3.6 Cu.Ft Purolite™ MB400

The Invisible Standard in Critical Applications

Laboratories, pharmaceutical facilities, and electronics manufacturing depend on water that meets exactness. Dissolved ionic contaminants measured in parts per million disrupt analytical accuracy, compromise sterility protocols, and cause failure in precision processes. Even trace amounts of calcium, sodium, or silica introduce variability that renders outcomes unreliable. When repeatability determines success, estimation is unacceptable.

Standard filtration may reduce sediment or improve taste, but it does not address dissolved ions. Those minerals remain in solution and reappear on surfaces, in reagents, and inside sensitive equipment. Over time, that contamination compounds. For environments where process integrity cannot be negotiated, removal must be absolute. To better understand how ultra-pure water production fits within broader operational requirements, consider how commercial water treatment systems integrate deionization with pretreatment stages to protect both final purity and equipment investment.

Nuclear-Grade Purolite™ MB400 Mixed Bed Engineering

The DI-FUSION™ 14×47 tank contains 3.6 cubic feet of Purolite™ MB400 nuclear-grade mixed bed resin, a meticulously formulated blend of strong acid cation and strong base anion exchange media. This resin operates in a single pass, capturing both positively and negatively charged ions simultaneously to produce water with conductivity approaching theoretical purity limits. Unlike sequential systems that treat cations and anions separately, mixed bed design achieves tighter control and faster equilibrium.

The 14×47 tank dimensions support mid-range commercial flow while maintaining adequate contact time for ion exchange kinetics. Each resin bead functions as a microscopic treatment site, attracting and holding contaminants through electrostatic forces. When capacity is reached, the media is regenerated or replaced depending on operational protocols and water chemistry. This system works best when preceded by appropriate pretreatment to remove particulates and chlorine, which can foul or oxidize the resin structure.

Because this is a commercial-grade system, proper integration with existing water infrastructure matters. Businesses often pair DI tanks with carbon filtration to extend resin life and reduce operating costs. Understanding these requirements prevents premature exhaustion and ensures the system performs as specified. For industrial operations seeking higher capacity or additional treatment stages, exploring commercial deionized DI water systems may reveal configurations better suited to larger demands or more complex contamination profiles.

Manufactured in the United States under stringent quality control, the DI-FUSION™ system reflects AQUALIVIA's commitment to engineering over marketing. Every component is selected for function, not appearance. Pure Water. Pure Trust.

Completing Your Water Strategy

The DI-FUSION™ Mixed Bed Tank delivers the final stage of purification, but deionization alone does not address all treatment needs. This system assumes upstream removal of sediment, organics, and oxidizers that would otherwise damage or deplete the resin prematurely. Without coordinated pretreatment, even the best DI media fails quickly.

For operations requiring complete commercial water treatment, consider how commercial water filtration systems integrate softening, carbon filtration, and advanced media to form a layered defense against contamination. Each stage serves a specific function, and together they ensure water meets the demands of your application without guesswork or compromise.

Performance

• Ideal For: N/A
• Occupants: N/A
• Household Size: N/A
• Number of Bathrooms: N/A
• Media Type: Purolite™ MB400
• Service Life: N/A

Technical Specifications

• Valve: In-Out Head
• Tank Dimensions: 14"x47"
• Product Dimensions: N/A
• Product Weight: 220 lb, 99.9 kg
• Material: N/A
• Bypass Valve Included: Yes

Installation Time & Requirements

• Estimated Installation Time: TEST TEST TEST