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2026-07-25 Laboratory Plastic Extrusion Melt Pump – Precision Metering for Lab Extrusion
The laboratory plastic extrusion melt pump is a core precision auxiliary device specially designed for small-scale polymer extrusion experiments and material research. Different from industrial melt pumps, this mini melt pump features compact structure, precise flow control and flexible operation, fully adapting to the low-flow, high-precision testing demands of laboratory plastic extrusion equipment. It is widely matched with mini single-screw and twin-screw extruders to support polymer formula development, process parameter testing and new material performance verification. This professional
2026-07-23 5 Key Parameters for Precise Melt Pump Selection to Match Operating Conditions
Scientific melt pump selection requires precise matching across five key dimensionsflow rate, material properties, system pressure, temperature control, and material compositionto avoid production bottlenecks or loss of precision. Customizing parameters based on the production lines three output levels, melt viscosity, system resistance, and process temperature is essential to ensuring extrusion stability and equipment lifespan. I. Flow Rate and Output: The Anchor for Selection Across All Operating Conditions Selection should not be based solely on a single rated output. It is essential to cle
2026-07-21 Troubleshooting Pressure Fluctuations in Melt Pumps
Frequent fluctuations in melt pump pressurewith readings swinging wildly between high and lowdirectly cause streaking in film, uneven wall thickness in tubing, batches of defective products, and frequent machine shutdowns! Many people blindly disassemble the machine to troubleshoot, which is both time-consuming and labor-intensive. Weve compiled a standardized troubleshooting process that proceeds from the outside in and from simple to complex, allowing you to quickly pinpoint the root cause and efficiently resolve pressure instability issues External Operating Conditions Inspection (Check thi
2026-07-20 How Exactly Does a Melt Gear Pump Work?
As a specialized positive-displacement pump, the melt gear pump relies on a pair of high-precision gears meshing and rotating to convey the melt. Its core operating principle can be broken down into three stages: 1. Suction of Melt via Negative Pressure During operation, the driving gear rotates the driven gear in the opposite direction. On the suction chamber side, the gear tooth surfaces gradually disengage, increasing the volume of the tooth slots and creating a localized negative pressure. This automatically draws the melt discharged from the extruder into the pump chamber. The involute to
2026-07-15 Full-Scene Applications of Low-Viscosity Melt Pumps
The applications of low-viscosity melt pumps have long transcended the limitations of traditional extrusion lines. In polymerization processes, general chemical processes, and the production of various polymer materials, they perform an irreplaceable role in precise material delivery. In general chemical processes involving the transfer of low-viscosity materials, their value extends far beyond simple material transfer. When handling esters, oligomers, prepolymers, various solutions and colloidal suspensions, chemical intermediates, and even certain corrosive liquids, these pumps ensure that m
2026-07-04 Application of Melting Gear Pumps in Plastic Pelletizing
Melt gear pump is the core supporting equipment of plastic granulation production line, usually connected to the granulation process in the configuration of extruder+melt gear pump+die head, suitable for granulation processing scenarios of most thermoplastic plastics such as PS, PP, PET, PVC, PC, etc. 1、 Core application value Stabilize voltage and flow to ensure granulation quality It controls the outlet pressure fluctuation of the granulation system within 0.5% through the forced conveying effect of gear meshing, and the flow accuracy can reach 0.5-1%, completely eliminating the problem of
2026-07-02 Three core dimensions for selecting melt booster pumps
The melt booster pump is a core conveying equipment in processes such as polymer material extrusion, granulation, and film production. Its selection accuracy directly determines the operational stability of the production line, the precision of product molding, and the service life of the equipment. Unlike the benchmarking selection of general machinery equipment based on parameters, the scientific selection of melt booster pumps requires abandoning the extensive mode of single parameter matching. Instead, it should be based on three core dimensions: material characteristics, process condition
2026-06-27 1000CC Melt Pump for Plastic Extruder – Stable & High Precision Extrusion
The 1000CC melt pump is a core precision auxiliary device specially designed for plastic extruder production lines, widely compatible with single-screw and twin-screw extruder systems for various polymer processing. As a professional extrusion gear metering pump, it solves the common pain points of traditional extrusion equipment, such as unstable melt flow, fluctuating pressure and inconsistent product dimensions, becoming an essential upgrade for high-efficiency plastic extrusion production. Built with high-strength nitrided steel and precision gear structures, this 1000CC melt pump features
2026-06-23 Four Major Causes of Melt Gear Pump Seizure in 90% of Cases
Melt gear pump seizure is a common failure in high-viscosity polymer processing operations. A comprehensive, professional analysis must be conducted, taking into account equipment design, material properties, and operating procedures. The core causes can be categorized into four major types: First, mismatched preheating conditions. If the system is not fully preheated throughout the entire system as required by the process before startup, the high-viscosity melt remaining in the pump chamber will not be completely melted. The overall viscosity will far exceed the startup threshold, causing a s
2026-06-23 Four Major Causes of Melt Gear Pump Seizure in 90% of Cases
Melt gear pump seizure is a common failure in high-viscosity polymer processing operations. A comprehensive, professional analysis must be conducted, taking into account equipment design, material properties, and operating procedures. The core causes can be categorized into four major types: First, mismatched preheating conditions. If the system is not fully preheated throughout the entire system as required by the process before startup, the high-viscosity melt remaining in the pump chamber will not be completely melted. The overall viscosity will far exceed the startup threshold, causing a s
