Efficient Melt Pumps for High Throughput
Nordson BKG® PolyNeo™ melt pumps are designed to optimize polymerization and extrusion processes by delivering highly controlled material transport with throughput of up to 20 tons per hour. The series combines high capacities with precise flow and temperature monitoring to ensure consistent quality throughout the production line.
Overview
The BKG PolyNeo™ series includes high-efficiency melt pumps (type EP-SF-EO), developed for high throughput in polymerization and extrusion applications. With rheologically optimized inlet and outlet geometry, the pump ensures stable and precise material transport, even under demanding operating conditions.
The pump housing is equipped with ports for temperature and pressure sensors, enabling enhanced process control and seamless integration into automated systems.
One Concept – Multiple Models
BKG PolyNeo™ is available in several sizes and displacement configurations to meet different process requirements and material types. The series is ideal for demanding production environments where controlled flow, high throughput rates, and thermal stability are critical to product quality and operational efficiency.
Specifications
| Feature | Description |
|---|---|
| Capacity Sizes | Sizes 6100 – 12100 |
| Throughput | 14,000 – 20,000 kg/h (30,864 – 44,092 lb/h) |
| Specific Volume | 6,100 – 12,100 cm³/rev |
| Material Viscosity | 150 – 15,000 Pa·s |
| Operating Temperature | Up to 330 °C |
| Max. Outlet Pressure | 350 bar |
| Max. Differential Pressure | 250 bar |
| Sensor Ports | Integrated for temperature and pressure |
Benefits for Your Production
Increase Profitability
Reduce waste and energy consumption with controlled melt flow and lower temperature rise in the material.
Designed for high throughput, maximizing output without compromising quality.
Integrated sensor ports improve process monitoring and automation.
Improve Quality
Rheologically optimized inlet and outlet ensure uniform transport and reduce the risk of material degradation.
Stable pressure and flow minimize variations in end products such as film, profiles, and fibers.
Increase Convenience
Integrated bearing design simplifies maintenance and spare part replacement.
Designed for easy integration into existing lines and automated systems.
