Reliable top-entry mixing for reactors and tanks from 1 m³ to 2000 m³. The HP series handles pressurized reactors from vacuum up to 150 bar, while the NP series covers a wide range of atmospheric processes. Both series are offered in M (Medium Duty) and H (Heavy Duty) models.
We meet your industrial mixing requirements with two main series, each designed for specific process conditions.
The Mechanimix HP series delivers reliable mixing from vacuum up to 150 bar in pressurized reactors and aggressive chemical processes. HP-M and HP-H models cover 1–2000 m³ tanks across petrochemical, HPAL mining, pharmaceutical and biofuel sectors.
The Mechanimix NP series is engineered for homogenization, dissolution and solids suspension in atmospheric tanks. NP-M and NP-H models cover 1–2000 m³ across water treatment, chemical, food, pharmaceutical, mining and biofuel sectors.
| Specification | HP Series | NP Series |
|---|---|---|
| Models | HP-M, HP-H | NP-M, NP-H |
| Motor Power | 1.5 – 200 kW | 0.37 – 132 kW |
| Tank Capacity | 1 – 2000 m³ | 1 – 2000 m³ |
| Impeller Diameter | 300 – 8000 mm | 300 – 8000 mm |
| Shaft Length | up to 15 m (3 sections) | up to 15 m (3 sections) |
| Operating Pressure | Vacuum – 150 bar | Atmospheric |
| Operating Temperature | -40°C – 350°C | -20°C – 200°C |
| Sealing | Mechanical Seal (Single/Double/Dry) / Magnetic Coupling | Lip Seal |
| Shaft Material | SS, Duplex, Super Duplex, Hastelloy, Titanium | Stainless Steel, Carbon Steel |
| ATEX | Optional | Optional |
| Mounting | Flange / Clamp | Flange |
Top entry mixers operate with a motor and shaft system mounted on top of the tank. They are the most widely used mixer type in the chemical, food, pharmaceutical and biotechnology sectors. CFD-optimized impeller geometries ensure maximum mixing efficiency.
CFD-optimized impeller design
AISI 316L stainless steel body
Precise control via frequency inverter
Modular design, quick access
Suitable models for explosive atmospheres
Engineered to your process requirements
Our top entry mixers are used in mixing, homogenization and suspension processes across a wide range of industries.
Reactive mixing, dissolution, neutralization and emulsion processes
Homogenization, fermentation, blending and cooking processes
Pharmaceutical mixing, crystallization, suspension preparation
Fermentation, cell culture, bioreactor mixing
Our engineering team will design the most suitable mixing solution for your process conditions using CFD analysis.
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