The Progressive Cavity Metering Pump is a precision-engineered fluid dispensing solution characterized by a helical rotor encased within a flexible elastomeric stator. This design ensures accurate and controlled pumping for various liquids, meeting the demands of industries requiring precision dosing.
Ideal for chemical dosing, food and beverage processing, and wastewater treatment, the Progressive Cavity Metering Pump excels in applications demanding precise fluid metering. Its versatility makes it a reliable choice across diverse industries.
Compact in design, with low pulsation and the ability to handle a broad viscosity range, this pump offers customizable flow rates for accurate fluid delivery. Its robust features make it well-suited for applications where consistent and controlled dosing is essential.
Our custom manufacturing approach ensures that the Progressive Cavity Metering Pump aligns precisely with your specific requirements. This tailored production process guarantees optimal performance, reliability, and efficiency, meeting the unique needs of your application.
Progressive cavity pumps are widely used fluid transfer devices in various industrial sectors, particularly in oil, chemical, and food industries. Their unique structure and operating principles meet the demands of transporting complex fluids. This article explores the API 676 standard for progressive cavity pumps, including their features, applications, advantages and disadvantages, as well as maintenance…
The progressive cavity pump is a widely used type of pump in industrial and engineering applications, known for its unique design and superior performance. Allweiler is a reputable brand in this field, offering high-quality progressive cavity pumps suitable for various operating conditions. Working Principle of Progressive Cavity Pumps The working principle of a progressive cavity…
Introduction The Allweiler progressive cavity pump is renowned for its exceptional performance and reliability, making it a staple in various industrial applications. This pump design allows it to handle a wide range of fluids, including viscous liquids and those containing solid particles. This article will provide an overview of the Allweiler progressive cavity pump, including…
Overview of Progressive Cavity Pumps Progressive cavity pumps are designed to transport viscous fluids. Their structure allows for the formation of multiple cavities within the pump body, enabling continuous fluid transfer. Key characteristics of these pumps include: Importance of the Aftermarket The aftermarket plays a crucial role in the lifecycle of progressive cavity pumps. Its…
In the industrial and engineering sectors, progressive cavity pumps are widely recognized for their unique operating principles and broad applications. This article will explore the structure, working mechanism, advantages and disadvantages, and applications of progressive cavity pumps. Basic Structure of a Progressive Cavity Pump A progressive cavity pump mainly consists of the following components: Working…
Introduction Progressive cavity pumps are essential devices widely used in various industrial sectors. Their unique structure and operating principle enable them to effectively transport viscous fluids and those containing solid particles. This article explores the basic construction, working principle, key features, and application areas of progressive cavity pumps. Basic Construction of Progressive Cavity Pumps The…
In the industrial and engineering sectors, progressive cavity pumps (PCPs) are gaining significant attention due to their unique design and superior performance. The working principle and wide application range of these pumps make them essential equipment in many industries. This article explores the basic concepts, working principles, main features, and common applications of progressive cavity…
Working Principle The core working principle of the screw pump is to use the rotational motion of the screw to transport fluid. Its structure usually consists of one or more screws and a fixed pump housing. As the screw rotates, the fluid is gradually pushed between the screw and the pump housing, thereby achieving continuous…
Parameters Performance: Non-blocking Material: Fluorine-lined Drive: Electric Flow: 51 m3/h Suction diameter: 150 mm Discharge diameter: 150 mm Speed: 230 rpm Lift: 120 m Model: BN1-12L Brand: seepex Through precise manufacturing processes, BN1-12L Stator ensures high-precision fit. Such a design not only improves the efficiency of the pump, but also reduces energy consumption, making the…
Parameters Brand: SEEPEX Suction diameter: DN10 (mm) Performance: Wear-resistant Discharge diameter: DN10 (mm) Flow rate: 0.1-0.7 (m³/h) Efficiency: 98% Drive mode: Electric Output flow: 200 Power: 0.55kW Shaft power: 0.55 Number of impellers: Single stage Working temperature: Normal temperature Pump shaft position: Horizontal Application: Metering pump Lift: 60m Material: Stainless steel Speed: 298 (rpm) Model:…
