This image showcases the XKC series high vacuum oil diffusion pump, a state-of-the-art vacuum solution designed for industrial applications requiring ultra-high vacuum levels. With a working range of 1.3×10⁻⁵ Pa, this pump features a wide operating range, high critical foreline pressure, and low oil backstreaming rate (1.5×10 mg/cm³·min). Equipped with a standard oil level observation window, built-in water-cooled baffle, and a five-stage pump core, the XKC series is the ideal choice for vacuum heat treatment, brazing, and thin-film coating processes. Its fast startup and durable design ensure reliable performance in demanding environments.
This image features the rotary vane vacuum pump straight-through dust filter inlet FC-25/40KF, a high-performance component engineered to safeguard vacuum pumps from dust and particulate contamination. Its straight-through design ensures minimal airflow resistance while effectively filtering harmful particles, making it ideal for industrial applications such as manufacturing, cleanroom operations, and laboratory environments. Built with durable materials and easy maintenance in mind, this filter inlet is a reliable solution for extending the lifespan of vacuum pump systems.
This image showcases the active helium leak source, a cutting-edge device engineered for simulating leaks in helium leak detection systems. The compact and robust design features adjustable leak rates and customizable connectors, making it a versatile tool for industries such as aerospace, medical equipment testing, and scientific research. The device ensures high precision and reliability, making it indispensable for applications requiring accurate leak detection and simulation.
This article deeply focuses on the energy - saving and high - efficiency Roots slide valve vacuum unit, comprehensively analyzes its unique advantages suitable for high - performance applications, wide application fields, and detailed technical specifications. Through in - depth analysis of real - life successful cases and combined with frequently asked questions and answers, it helps you to fully understand this product.
In the current era of rapid technological development, the performance requirements for vacuum equipment in industrial production and scientific research fields are becoming increasingly stringent. The JZJ (C) LG Roots screw vacuum unit stands out with its unique structural design, outstanding performance advantages, and wide applicability, becoming an ideal choice for many high-performance applications that pursue high efficiency, stability, and precision. It provides strong support for high-performance applications.
Fully understand the integrated vacuum unit suitable for high - performance applications, from the analysis of its fine technical specifications, to the display of unique product advantages; from the exploration of diverse application fields, to the sharing of real - life application cases; from the interpretation of detailed usage equipment and process flows, to the convenient equipment installation guide, and then to the comprehensive frequently asked questions and answers. It provides you with all - round and in - depth product information in one stop, helping you make informed decisions in equipment selection, operation, and maintenance.
Discover the Oil-Free Screw Vacuum Pump, a cutting-edge solution for clean, efficient, and reliable vacuum operations. Ideal for industrial applications, including semiconductor, chemical, and pharmaceutical sectors.
A-Z Series Dry Screw Vacuum Pumps is a high-performance solution featuring advanced variable pitch screw technology. Designed for oil-free and efficient operation, this pump ensures reliable vacuum performance across various industrial applications, including chemical processing, electronics manufacturing, and pharmaceutical production. Its innovative design minimizes energy consumption while providing a clean and eco-friendly vacuum solution.
Design and Application of Screw Vacuum Pump: The image should showcase the core design of the screw vacuum pump, including the master and slave screws, frictionless motion, cooling water jacket, and its ability to handle small dust particles. Emphasize its role as an alternative to traditional pumps like water ring pumps, rotary vane pumps, reciprocating pumps, and sliding valve pumps, with energy-saving and eco-friendly features.
· Design and Application of Screw Vacuum Pump:The image should showcase the core design of the screw vacuum pump, including the master and slave screws, frictionless motion, cooling water jacket, and its ability to handle small dust particles. Emphasize its role as an alternative to traditional pumps like water ring pumps, rotary vane pumps, reciprocating pumps, and sliding valve pumps, with energy-saving and eco-friendly features.
TXVseries two stage liquid ring vacuum pump is our new design based on 2SK pumps and combines Germany double-stage pump design criteria. This series has two compression processes, with steady suction speed in high vacuum, or keeping the high vacuum in a wide range of suction speed. Its efficiency in high vacuum is 35%-40% higher than that of single stage pump, but with less energy consumption.
This image showcases the XKC series high vacuum oil diffusion pump, a state-of-the-art vacuum solution designed for industrial applications requiring ultra-high vacuum levels. With a working range of 1.3×10⁻⁵ Pa, this pump features a wide operating range, high critical foreline pressure, and low oil backstreaming rate (1.5×10 mg/cm³·min). Equipped with a standard oil level observation window, built-in water-cooled baffle, and a five-stage pump core, the XKC series is the ideal choice for vacuum heat treatment, brazing, and thin-film coating processes. Its fast startup and durable design ensure reliable performance in demanding environments.
This image features the rotary vane vacuum pump straight-through dust filter inlet FC-25/40KF, a high-performance component engineered to safeguard vacuum pumps from dust and particulate contamination. Its straight-through design ensures minimal airflow resistance while effectively filtering harmful particles, making it ideal for industrial applications such as manufacturing, cleanroom operations, and laboratory environments. Built with durable materials and easy maintenance in mind, this filter inlet is a reliable solution for extending the lifespan of vacuum pump systems.
This image showcases the active helium leak source, a cutting-edge device engineered for simulating leaks in helium leak detection systems. The compact and robust design features adjustable leak rates and customizable connectors, making it a versatile tool for industries such as aerospace, medical equipment testing, and scientific research. The device ensures high precision and reliability, making it indispensable for applications requiring accurate leak detection and simulation.
This article deeply focuses on the energy - saving and high - efficiency Roots slide valve vacuum unit, comprehensively analyzes its unique advantages suitable for high - performance applications, wide application fields, and detailed technical specifications. Through in - depth analysis of real - life successful cases and combined with frequently asked questions and answers, it helps you to fully understand this product.
In the current era of rapid technological development, the performance requirements for vacuum equipment in industrial production and scientific research fields are becoming increasingly stringent. The JZJ (C) LG Roots screw vacuum unit stands out with its unique structural design, outstanding performance advantages, and wide applicability, becoming an ideal choice for many high-performance applications that pursue high efficiency, stability, and precision. It provides strong support for high-performance applications.
Fully understand the integrated vacuum unit suitable for high - performance applications, from the analysis of its fine technical specifications, to the display of unique product advantages; from the exploration of diverse application fields, to the sharing of real - life application cases; from the interpretation of detailed usage equipment and process flows, to the convenient equipment installation guide, and then to the comprehensive frequently asked questions and answers. It provides you with all - round and in - depth product information in one stop, helping you make informed decisions in equipment selection, operation, and maintenance.
Discover the Oil-Free Screw Vacuum Pump, a cutting-edge solution for clean, efficient, and reliable vacuum operations. Ideal for industrial applications, including semiconductor, chemical, and pharmaceutical sectors.
A-Z Series Dry Screw Vacuum Pumps is a high-performance solution featuring advanced variable pitch screw technology. Designed for oil-free and efficient operation, this pump ensures reliable vacuum performance across various industrial applications, including chemical processing, electronics manufacturing, and pharmaceutical production. Its innovative design minimizes energy consumption while providing a clean and eco-friendly vacuum solution.
Design and Application of Screw Vacuum Pump: The image should showcase the core design of the screw vacuum pump, including the master and slave screws, frictionless motion, cooling water jacket, and its ability to handle small dust particles. Emphasize its role as an alternative to traditional pumps like water ring pumps, rotary vane pumps, reciprocating pumps, and sliding valve pumps, with energy-saving and eco-friendly features.
· Design and Application of Screw Vacuum Pump:The image should showcase the core design of the screw vacuum pump, including the master and slave screws, frictionless motion, cooling water jacket, and its ability to handle small dust particles. Emphasize its role as an alternative to traditional pumps like water ring pumps, rotary vane pumps, reciprocating pumps, and sliding valve pumps, with energy-saving and eco-friendly features.
TXVseries two stage liquid ring vacuum pump is our new design based on 2SK pumps and combines Germany double-stage pump design criteria. This series has two compression processes, with steady suction speed in high vacuum, or keeping the high vacuum in a wide range of suction speed. Its efficiency in high vacuum is 35%-40% higher than that of single stage pump, but with less energy consumption.
