Side entry agitators for the process industry
Refined through years of development, Mamec’s side entry agitators are designed for demanding processes – like the paper and energy industries and wastewater treatment.
We ensure the functionality and cost-efficiency of your mixing solution by sizing and adjusting the agitators precisely to the specific needs of your processes with the help of careful calculations and technical design.
An economical and operationally reliable total package
The structure of side entry agitators offer advantages over conventional solutions. Special attention to detail has been paid to the specific requirements of their application, their serviceability, and compatibility with factory standards – which also ensures the reliability and longevity of the agitators. The agitator consists of carefully selected concentric parts, and all components are bolted and screwed together. This ensures economic efficiency and exceptional operational reliability.
- The distance between the propeller and tank wall has been optimized, with sufficient distance between them to ensure the best possible mixing result.
- The agitator body’s strong, conical structure reduces turbulence and allows for high efficiency.
- The spiral propeller blades improve energy and operational efficiency.
- The agitator body’s flow controller saves energy and minimizes spiral rotation of the mixing substance.
- The agitator propeller’s large diameter ensures a good mixing result in relation to the power used.
- The energy-saving flow controller reduces the vortex effect.
- A coupling allows the gear unit to be dismounted by emptying the tank.
- The electric motor is available either integrated into the gear unit or via an IEC connection.
- Condition monitoring equipment, a seal water control unit and support legs are available if needed.
- Either a gear unit or integrated geared motor can be chosen according to factory standards.
Applications
The pulp and paper industry, biodiesel plants, various slurry and fiber-based pulping processes, and green and black liquor mixing.
HPTH side entry agitator product models
| Agitator model | Installation power, kW | Rotation speed, rpm | Propeller diameter, mm | Material, wet end | Flange | Gross weight, kg |
|---|---|---|---|---|---|---|
| HPHT 5,5/215 | 5,5 | 215 | 680 | EN 1.4404 | DN300 | 200 |
| HPHT 7,5/179 | 7,5 | 179 | 800 | EN 1.4404 | DN300 | 220 |
| HPHT 11/199 | 11,0 | 199 | 800 | EN 1.4404 | DN300 | 370 |
| HPHT 15/222 | 15,0 | 222 | 800 | EN 1.4404 | DN300 | 400 |
| HPHT 22/153 | 22,0 | 153 | 1200 | EN 1.4404 | DN300 | 750 |
| HPHT 30/177 | 30,0 | 177 | 1200 | EN 1.4404 | DN300 | 850 |
| HPHT 37/177 | 37,0 | 177 | 1250 | EN 1.4404 | DN300 | 900 |
| HPHT 45/187 | 45,0 | 187 | 1250 | EN 1.4404 | DN600 | 1050 |
| HPHT 55/187 | 55,0 | 187 | 1250 | EN 1.4404 | DN600 | 1150 |
| HPHT 75/132 | 75,0 | 132 | 1600 | EN 1.4404 | DN600 | 1800 |
| HPHT 90/148 | 90,0 | 148 | 1600 | EN 1.4404 | DN600 | 1900 |
| HPHT 110/140 | 110,0 | 140 | 1650 | EN 1.4404 | DN600 | 2000 |
| HPHT 132/140 | 132,0 | 140 | 1700 | EN 1.4404 | DN600 | 2250 |
| HPHT 160/140 | 160,0 | 140 | 1800 | EN 1.4404 | DN600 | 2500 |
Individual customization
We implement customized solutions from standard side entry agitator models, where the technical details are carefully selected according to the specific needs of the process.
- Performance range 0.18-160 kW.
- Propeller diameter up to 1800 mm.
- Single or double mechanical shaft seal
- EN 1.4404 or EN 1.4301 as material for parts in contact with liquid.
- Customized in SMO, super duplex or titanium (categories 2,3,4,7).
- ATEX versions in category 1 and 2.
Contact us with your mixing needs!
Once we get the necessary process data, we’ll implement the most fit-for-purpose mixing solution and deliver it optimized and ready for use.
Mixing technology for your industry’s specific needs
Quality special pumps for various applications
Our service offering also includes a wide range of special pumps to meet the needs of various industries. With these, you can solve pump issues and improve production efficiency in even the most difficult conditions and applications.
