Mixer
Mixers disperse, emulsify, homogenize, and agitate media. High-speed mixers for small containers, low-speed mixers for high-viscosity processes.
Products
Pump Sets
IBC mixer set EHM
The EHM 0.55/6-Mo IBC mixer set is designed for mixing and homogenising media with viscosities up to approximately 1,500 mPas. The 800 mm mixer shaft with PE coating and the PP DRK 175 mixing blade are configured for use in IBCs. The set is driven by a th
- Rated output:
- 0.55–1.1 kW
- Supply voltage:
- 400 V
Pump Sets
IBC mixer set ESM
The ESM 0.75/133 IBC mixer set is designed for mixing and homogenising media with viscosities up to approximately 6,000 mPas. Its folding KLR3 stainless steel mixing blade provides controlled circulation in the IBC. The fully assembled crossbeam ensures a
- Rated output:
- 0.75–1.5 kW
- Supply voltage:
- 400 V
Applications
The FLUX mixer series features a modular design. The motor, shaft, and mixing blades can be tailored to the specific process. The mixer shafts are available in lengths ranging from 150 to 1,800 mm. Depending on the medium, models are available in stainless steel or with a PVDF or PE coating.
Fast Runner
For low- to medium-viscosity media High-speed FLUX mixers are designed for low- to medium-viscosity media and smaller containers. They operate at speeds ranging from 750 to 1,500 min⁻¹ and achieve circulation rates of up to 650 m³/h. If necessary, multiple mixing blades can be mounted one above the other on the shaft. This allows the mixing effect to be adapted to the medium, fill level, and container shape. High-speed mixers are particularly suitable for IBCs and tanks up to approximately 4,000 liters. Suitable for:
Slow Runner
For high circulation rates Low-speed FLUX mixers are suitable for applications requiring high circulation rates and controlled flow. They operate at low speeds starting at approximately 70 min⁻¹ and are designed for fluids up to 10,000 mPas. The integrated gearbox allows even large volumes of liquid to be moved reliably. Depending on the model, sliding or retractable agitators are available. This facilitates use in tanks and larger containers. Suitable for:
IBC-Mischersets
IBC-Mischersets für das zuverlässige Mischen und Homogenisieren unterschiedlich viskoser Medien. Verschiedene Motorleistungen und Mischflügel decken ein breites Anwendungsspektrum ab.
Compare
An overview of the most important specifications and features—for selection and comparison. The FLUX modular system enables process-specific design. Drive motors compliant with IEC standards, various shaft lengths, and suitable materials form the basis. The selection of the mixing blade depends on the medium, the application, and the desired flow pattern. This allows mixers to be configured for chemical, industrial, and process engineering applications. The components are not considered in isolation, but rather as a functional system.
| Feature | Fast runner | Slow runner |
|---|---|---|
| Application | For low- to medium-viscosity media and smaller containers | For high circulation rates and larger containers |
| Tank sizes | 30 to approx. 4,000 L | 30 to 30,000 l |
| Circulation capacity | up to 650 m³/h | up to approx. 3,600 m³/h |
| Speed | 750 to 1,500 min⁻¹ | from approx. 70 min⁻¹ |
| Viscosity | Low- to medium-viscosity fluids | up to 10,000 mPas |
| Solid content | up to 5% | up to 10% |
| Drive | Motors compliant with IEC standards | Motors compliant with IEC standards, with gearboxes |
| Shaft lengths | 150 to 1,800 mm | 150 to 1,800 mm |
| Materials | Stainless steel, PVDF, PE | Stainless steel, PVDF, PE |
| Mixing blades | Multiple mixing blades stacked on top of each other are possible | Sliding or retractable agitator possible |
| Use in continuous-flow systems | 5- to 20-fold throughput per hour | 10- to 40-fold throughput per hour |
| Ideal for | IBCs and tanks up to approx. 4,000 L | Tanks and larger containers |
The maximum flow rate is a test bench value, measured with water at 20 °C at the pump’s discharge port, without accessories (hose, dispensing nozzle, flow meter). The flow rate that can be achieved in practice is lower and depends on the specific application, the properties of the fluid, and the pump configuration. Specifications are for an axial rotor, unless otherwise stated.
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