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Established in 1990, we Chongqing Sixuan Pressure Pump Co., Ltd. are specialized in the reserach, development and production various of surface clean water pumps. Covering an area of 66,000 ㎡ , with 250 employess, monthly capacity 60,000pcs. The main products are peripheral pumps, booter pumps, self-priming JET pumps, centrifugal pumps, widely used in domestic household, living water supply, gardening spraying, agricultural irrigation, and industrial water supply,etc. In order to ensure the high-quality of products, we used advanced equipments, we imported CNC center for casting, CNC precision automatic lathe for shaft, USA patent automatic machine for rotor aluminum die-casting, automatic winding machine,etc. With the ISO9001 quality management system and CE & CB certification, the reliable quality has been approved by our customers around the wold.

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  • How Does a Swimming Pool Heat Pump Improve Pool Comfort and Energy Efficiency?
  • How Does a Closed Eccentric Gear Press Improve Metal Forming Efficiency?
  • How Does a Vertical Axial Flow Pump Improve Industrial Water Management Efficiency?
  • How Can an Electric Driven Water Pump Improve Water Management Efficiency and Reliability?
  • How to Optimize Composites Hydraulic Press for High-Performance Manufacturing?
  • How Can I Improve the Efficiency of My Existing Oil and Gas Recovery Pump Without Replacing It
  • What Is the Maximum Solids Handling Size for a PP Plastic Air-Operated Diaphragm Pump
  • How Hydraulic Pumps Work?

  • How Does a Swimming Pool Heat Pump Improve Pool Comfort and Energy Efficiency?

    A swimming pool is a place for relaxation, exercise, and entertainment, but maintaining comfortable water temperature throughout the year can be challenging. Traditional heating methods often lead to high energy consumption, unstable temperature control, and increased maintenance costs. A Swimming Pool Heat Pump provides an efficient solution by extracting heat from the surrounding air and transferring it into pool water with minimal electricity usage.

  • How Does a Closed Eccentric Gear Press Improve Metal Forming Efficiency?

    A closed eccentric gear press is an advanced mechanical forming machine designed to deliver stable, high-force metal processing with improved precision, productivity, and operational reliability. For manufacturers facing challenges such as inconsistent stamping quality, high energy consumption, equipment downtime, and complex production requirements, choosing the right press technology is essential.

  • How Does a Vertical Axial Flow Pump Improve Industrial Water Management Efficiency?

    A reliable water pumping system is essential for industries that require large-volume water transfer, flood control, irrigation, drainage, and process water circulation. A Vertical Axial Flow Pump is designed to handle high flow rates with excellent efficiency, making it an ideal solution for applications where large quantities of water need to be moved at relatively low heads. This article explains how vertical axial flow pumps work, why they solve common industrial pumping challenges, what factors should be considered when selecting a pump, and how advanced manufacturers such as Tianjin Kairun Pump Industry Co., Ltd. provide dependable solutions for different water management requirements.

  • How Can an Electric Driven Water Pump Improve Water Management Efficiency and Reliability?

    An electric driven water pump plays an essential role in modern water management systems by providing stable, efficient, and environmentally friendly water transfer solutions. Whether used for flood control, drainage projects, agricultural irrigation, industrial applications, or emergency water handling, choosing the right pump system directly affects operational efficiency, maintenance costs, and long-term reliability.

  • How to Optimize Composites Hydraulic Press for High-Performance Manufacturing?

    Composites Hydraulic Press systems are critical in modern advanced manufacturing, enabling the production of lightweight, high-strength composite components used in aerospace, automotive, marine, and energy industries. However, many manufacturers struggle with inconsistent molding quality, inefficient cycle times, high maintenance costs, and insufficient pressure control precision. This article explores how to optimize a Composites Hydraulic Press system to achieve stable performance, improved productivity, and long-term operational efficiency. It also highlights engineering principles, selection criteria, maintenance strategies, and real industrial use cases, with insights from TAITIAN, a specialized manufacturer of hydraulic press solutions for composite forming applications.

  • How Can I Improve the Efficiency of My Existing Oil and Gas Recovery Pump Without Replacing It

    In the current capex-conscious environment, operators are increasingly asking: How can I improve the efficiency of my existing Oil and Gas Recovery Pump without replacing it? The answer is rarely a single silver bullet. Instead, it is a systematic approach to optimisation, maintenance, and retrofitting. At Supertech, we have spent over a decade helping clients unlock an additional 12–18% of hydraulic performance from their existing pumping assets. This guide outlines seven actionable, field-proven strategies that require zero capital expenditure on a new pump, while strictly adhering to API and ISO standards.

  • What Is the Maximum Solids Handling Size for a PP Plastic Air-Operated Diaphragm Pump

    When selecting a PP Plastic Air-Operated Diaphragm Pump for industrial or chemical transfer applications, one of the most critical performance specifications is solids handling capacity. This parameter determines whether the pump can pass particulates, debris, or crystallized materials without clogging or damaging internal components. For operators managing wastewater, slurry, or abrasive fluids, understanding this limit is not optional—it is essential for uptime and maintenance planning.

  • How Hydraulic Pumps Work?

    Hydraulic pumps are the core power conversion components in modern hydraulic systems, transforming mechanical energy into hydraulic energy to drive machinery across construction, agriculture, manufacturing, and industrial automation. This article explains how hydraulic pumps function, their types, applications, common operational issues, maintenance strategies, and selection considerations. It also provides practical insights from industrial use cases associated with SWAFLY MACHINERY CO.,LIMITED, helping users make informed decisions and improve system reliability.

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