By utilizing a Zenith Precision Extrusion Gear Pump on a medical tubing line, manufacturers can more effectively control the melt delivery to downstream equipment. The pump meters the flow through the die thus achieving a controlled melt quality and reduced melt temperature, ensuring a product that’s reliable, repeatable, and economical. Additional benefits are reducing the back pressure on the extruder to minimize resonance time and stabilize the plasticizing action of the extruder.
The Zenith Extrusion Pump Line incorporates a design that meets or exceeds industry requirements for precise, accurate performance, while significantly reducing the time and cost of maintenance. Enhancements include:
The new BB PEP incorporates a design that meets or exceeds industry requirements for consistent, accurate performance, while significantly reducing the time and cost of maintenance.
Our wide range of precise, pulse free fluid-handling systems along with our unmatched industry expertise can make a real difference to your entire operation.
Error-proof design
Simply Better
Watch how easy it is to assemble the new Zenith BB PEP in real time. This video features the BB-PEP new design in three key areas for reducing assembly time by up to 90% with 50% fewer parts.
MFG in Monroe, NC USA
For polymer extrusion applications where product uniformity is critical. BB PEP Series pumps are specifically designed for medical tubing applications where high precision and ease of disassembly and cleaning are desired.
750
Max. Flow Rate [lbs/hr] :7,000
Max. Fluid Temperature [°F] :950
Max. Disch. Pressure. [PSI] :10,000
Materials :Through hardened tool steel, Corrosion resistant nickel and cobalt alloys (Stellite)
MFG in Monroe, NC USA
For polymer extrusion applications where product uniformity is critical.
750
Max. Flow Rate [lbs/hr] :7,000
Max. Fluid Temperature [°F] :950
Max. Disch. Pressure. [PSI] :10,000
MFG in Monroe, NC USA
For applications requiring multi-stream, multiple identical flows such as inks, adhesives, and melt fiber production. Planetary pumps are designed to maximize yield and run time.
0.4 – 6.0
Max. Flow Rate [cc/min] :144
Max. Fluid Temperature [°F] :644
Max. Viscosity [cps] :500,000