Plastic Magnetic Drive Pump
KOLEBURG engineers the ultimate Plastic Magnetic Drive Pump to deliver absolute leak-free containment and exceptional corrosion resistance for the most aggressive chemical processes.
- 100% Leak-Free
- Superior Chemical Resistance
- Non-Metallic Purity
- Low Maintenance Costs
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KOLEBURG As a Plastic Magnetic Drive Pump Manufacturer
As a leading global manufacturer, KOLEBURG utilizes advanced polymer molding and sealless magnetic technology to produce the industry’s most reliable Plastic Magnetic Drive Pump. We guarantee uncompromising safety and efficiency for highly corrosive chemical fluid transfer.
Manufacturing: We precision-mold our wet-end components using premium virgin polymers, ensuring this equipment provides complete resistance against severe acids, functioning as an elite Plastic Pump.
Service: From careful chemical compatibility assessments to the rapid supply of OEM components, our engineering team ensures your Plastic Magnetic Drive Pump maintains peak operational uptime.
Application: Purpose-built for hazardous non-metallic applications, our units excel within the Magnetic Pump category, safely transferring toxic liquids that would destroy traditional metal alloys.
KOLEBURG Plastic Magnetic Drive Pump Core Performance Parameter Range Table
This table outlines the broad hydraulic capabilities of the unit, ensuring safe containment and optimal flow for corrosive industrial fluids.
| Parameter | Range Specification |
| Discharge Size | 15mm to 100mm (0.5″ to 4″) |
| Flow Rate (Capacity) | 1 to 120 m³/h |
| Head (Total Dynamic Head) | 3 to 60 meters |
| Maximum System Pressure | Up to 1.0 MPa (10 bar) |
| Operating Temperature | -20°C to +100°C (depending on polymer) |
- esg
- 7*24
- Precision
KOLEBURG Plastic Magnetic Drive Pump Flow Rate and Speed Reference Table
By matching pipe diameters to the optimal RPM, this chart maximizes the mechanical efficiency of the system, matching the performance expectations of a premium Fluoroplastic Magnetic Drive Pump.
| Nominal Diameter (DN) | Optimal Flow Rate (m³/h) | Recommended Speed (RPM) |
| 25mm (1″) | 3 – 8 | 2900 |
| 40mm (1.5″) | 8 – 20 | 2900 |
| 50mm (2″) | 15 – 35 | 2900 |
| 80mm (3″) | 30 – 60 | 2900 |
KOLEBURG Plastic Magnetic Drive Pump Structure and Material Performance Comparison Table
Select the ideal polymer grade to ensure total corrosion resistance, whether choosing a standard PP Pump configuration or advanced fluoropolymers for extreme environments.
| Component | Standard Material | Performance Characteristic |
| Impeller | PP / PVDF | Molded as a single piece with the inner magnet to prevent any fluid penetration. |
| Casing | PP / PVDF / PTFE | Exceptional resistance to severe acids, available as a fully lined PTFE Pump for ultimate protection. |
| Pump Shaft | High-Purity Ceramic / SiC | Extreme hardness and absolute chemical inertness. |
| Internal Bearings | PTFE / Carbon | Low-friction materials that rely entirely on the pumped fluid for lubrication. |
KOLEBURG Plastic Magnetic Drive Pump Key Performance Features
Hermetic Sealing: The sealless design completely eliminates mechanical seal failures and hazardous toxic leaks, protecting both personnel and the environment.
Total Corrosion Resistance: With no metal parts in contact with the fluid, the Plastic Magnetic Drive Pump safely handles a wider pH range than any standard Magnetic Drive Centrifugal Pump.
Eddy-Current Free: The non-metallic containment shell prevents magnetic eddy currents, meaning it generates less heat and saves more electrical energy.
High-Purity Handling: Ideal for ultra-clean applications, ensuring no metallic ion contamination enters the pumped fluid, acting as a highly reliable Fluoroplastic Pump.
Need to know more about the Plastic Magnetic Drive Pump?
Are you looking to eliminate chemical leaks and upgrade your plant’s safety? Contact KOLEBURG today to obtain comprehensive performance curves, dimensional CAD drawings, and highly competitive pricing for our Plastic Magnetic Drive Pump. Our specialists will assist your procurement team in maximizing ROI and ensuring absolute chemical compatibility for your specific liquid parameters.
Plastic Magnetic Drive Pump Applications
Acid Transfer
Functions flawlessly as a concentrated sulfuric acid transfer pump, safely moving highly corrosive acids without the risk of external leakage.
Chlor-Alkali Processing
Serves as a reliable hydrochloric acid circulation pump, where continuous exposure to aggressive chlorides rapidly destroys standard metallic pumps.
Surface Treatment
Deployed as a secure electroplating chemical circulation pump, ensuring high-purity plating baths remain entirely free of metallic contamination.
Fine Chemicals
Acts as an essential chemical reactor jacket cooling pump for processing corrosive brines and volatile chemical mixtures in highly controlled environments.
KOLEBURG other pump series
Self-Balancing Multistage Pump
Multistage Centrifugal Pump
Single Stage Pump
Split Case Pump
Inline Pump
Self-Priming Pump
Deep Well Pump
Slurry Pump
Axial Flow Pump
Mixed Flow Pump
Sewage Pump
Magnetic Pump
Metering Pump
rotor pump
Oil Pump
Condensate Pump
Mud Pump
Fire Pump
Screw Pump
Plastic Magnetic Drive Pump FAQs
1. What plastics are used to manufacture the Plastic Magnetic Drive Pump?
Depending on the specific chemical application, we injection-mold the wet-end using premium Polypropylene (PP), Polyvinylidene Fluoride (PVDF), or Teflon (PTFE) for ultimate corrosion resistance.
2. Does this equipment comply with international dimensions?
Yes, many of our high-capacity models are engineered to strictly match the hydraulic and dimensional footprint of an ISO 2858 Pump, allowing for easy, drop-in pipeline replacement.
3. Can the Plastic Magnetic Drive Pump handle fluids with solid particles?
Because the internal magnetic bearings rely on the clean fluid for lubrication, the Plastic Magnetic Drive Pump is strictly designed for clean, solid-free liquids. Abrasive particles can quickly score and damage the internal ceramic bearings.
4. How does the non-metallic containment shell benefit the pump?
Unlike metallic shells, a polymer containment shell does not generate eddy currents from the rotating magnetic field. This eliminates internal heat buildup and significantly increases overall motor efficiency.
5. What happens if the Plastic Magnetic Drive Pump runs dry?
Dry running will rapidly overheat and destroy the internal plastic and ceramic components. However, KOLEBURG can equip the system with specialized electronic power monitors to instantly shut down the motor if a dry-run condition occurs.