The NDD2 two-stage oil rotary vane vacuum pump is designed for high-moisture, high-corrosion gas environments such as extraction, distillation, freeze-drying, drying, and glove boxes. It features corrosion resistance, low noise, energy efficiency, and easy maintenance. Learn about its technical parameters, product features, and FAQs to choose an efficient vacuum solution.
This article provides a detailed introduction to the technical parameters, product features, application fields, and FAQs of the NDD12 two-stage oil rotary vane vacuum pump, focusing on its corrosion resistance and energy-efficient design, offering an efficient vacuum solution for high-corrosion environments.
The NDD Series High-Reliability Dual-Stage Rotary Vane Vacuum Pump is designed for applications such as extraction, distillation, freeze-drying, drying, and glove boxes. Featuring corrosion-resistant materials, magnetic drive sealing technology, and a variable frequency motor, it ensures low noise, energy efficiency, and long-term continuous operation.
This image showcases the MEMS Pirani composite vacuum gauge DRS series, an advanced vacuum measurement device integrating MEMS Pirani and ceramic piezoresistive sensors. Designed for high precision across a wide range (5×10⁻⁵ to 1500 Torr), this compact and robust gauge offers superior accuracy, stability, and corrosion resistance compared to traditional vacuum sensors. With features like RS485 communication, 0-10V analog output, and temperature compensation, the DRS series is ideal for applications such as vacuum pressure monitoring, foreline and roughing pressure measurement, mass spectrometry control, and system process control. Its durable design and advanced technology make it a reliable solution for demanding industrial and scientific environments.
This image highlights the MEMS Pirani vacuum gauge MRS series, a cutting-edge vacuum measurement device built with advanced MEMS sensing technology. Its compact design saves installation space while offering a wider measurement range, higher accuracy, and better stability compared to traditional Pirani gauges. With superior corrosion resistance and fast response times (<100 ms), the MRS series is ideal for applications in semiconductor manufacturing, vacuum coating, scientific research, and industrial processes requiring precise vacuum monitoring.
This image highlights the KT series high vacuum oil diffusion pump, a cutting-edge vacuum solution designed for ultra-high vacuum applications. With a working range of 10⁻² to 10⁻⁵ Pa, the KT series features a convex cavity design that increases pumping speed by approximately 30% compared to traditional K series pumps. Ideal for industries requiring high and ultra-high vacuum levels, such as semiconductor manufacturing, research laboratories, and advanced material processing, the KT series ensures reliable performance, low oil backstreaming, and efficient operation. Its robust construction and advanced design make it a top choice for demanding vacuum applications.
This image showcases the KC series high vacuum oil diffusion pump, a high-performance vacuum solution designed for industrial applications requiring ultra-high vacuum levels. With a working range of 1.3×10⁻¹ to 10⁻⁵ Pa, this pump features a wide operating range, high critical foreline pressure (up to 75 Pa), and low oil backstreaming rate (1.5×10⁻³ mg/cm²·min). Equipped with a standard oil level observation window and fast startup capabilities, the KC series is the ideal choice for vacuum heat treatment, brazing, and thin-film coating processes. Its robust design and efficient performance make it a reliable solution for demanding industrial environments.
The DP series high vacuum oil diffusion pump features internal heating design, offering low heat loss, energy efficiency, fast preheating time, and controllable backstreaming rate. It is widely used in aerospace, scientific research, nuclear power, solar energy, vacuum furnaces, pharmaceuticals, metallurgy, and chemical industries. Learn about its technical parameters, product advantages, and FAQs to choose an energy-efficient vacuum solution.
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.
The NDD2 two-stage oil rotary vane vacuum pump is designed for high-moisture, high-corrosion gas environments such as extraction, distillation, freeze-drying, drying, and glove boxes. It features corrosion resistance, low noise, energy efficiency, and easy maintenance. Learn about its technical parameters, product features, and FAQs to choose an efficient vacuum solution.
This article provides a detailed introduction to the technical parameters, product features, application fields, and FAQs of the NDD12 two-stage oil rotary vane vacuum pump, focusing on its corrosion resistance and energy-efficient design, offering an efficient vacuum solution for high-corrosion environments.
The NDD Series High-Reliability Dual-Stage Rotary Vane Vacuum Pump is designed for applications such as extraction, distillation, freeze-drying, drying, and glove boxes. Featuring corrosion-resistant materials, magnetic drive sealing technology, and a variable frequency motor, it ensures low noise, energy efficiency, and long-term continuous operation.
This image showcases the MEMS Pirani composite vacuum gauge DRS series, an advanced vacuum measurement device integrating MEMS Pirani and ceramic piezoresistive sensors. Designed for high precision across a wide range (5×10⁻⁵ to 1500 Torr), this compact and robust gauge offers superior accuracy, stability, and corrosion resistance compared to traditional vacuum sensors. With features like RS485 communication, 0-10V analog output, and temperature compensation, the DRS series is ideal for applications such as vacuum pressure monitoring, foreline and roughing pressure measurement, mass spectrometry control, and system process control. Its durable design and advanced technology make it a reliable solution for demanding industrial and scientific environments.
This image highlights the MEMS Pirani vacuum gauge MRS series, a cutting-edge vacuum measurement device built with advanced MEMS sensing technology. Its compact design saves installation space while offering a wider measurement range, higher accuracy, and better stability compared to traditional Pirani gauges. With superior corrosion resistance and fast response times (<100 ms), the MRS series is ideal for applications in semiconductor manufacturing, vacuum coating, scientific research, and industrial processes requiring precise vacuum monitoring.
This image highlights the KT series high vacuum oil diffusion pump, a cutting-edge vacuum solution designed for ultra-high vacuum applications. With a working range of 10⁻² to 10⁻⁵ Pa, the KT series features a convex cavity design that increases pumping speed by approximately 30% compared to traditional K series pumps. Ideal for industries requiring high and ultra-high vacuum levels, such as semiconductor manufacturing, research laboratories, and advanced material processing, the KT series ensures reliable performance, low oil backstreaming, and efficient operation. Its robust construction and advanced design make it a top choice for demanding vacuum applications.
This image showcases the KC series high vacuum oil diffusion pump, a high-performance vacuum solution designed for industrial applications requiring ultra-high vacuum levels. With a working range of 1.3×10⁻¹ to 10⁻⁵ Pa, this pump features a wide operating range, high critical foreline pressure (up to 75 Pa), and low oil backstreaming rate (1.5×10⁻³ mg/cm²·min). Equipped with a standard oil level observation window and fast startup capabilities, the KC series is the ideal choice for vacuum heat treatment, brazing, and thin-film coating processes. Its robust design and efficient performance make it a reliable solution for demanding industrial environments.
The DP series high vacuum oil diffusion pump features internal heating design, offering low heat loss, energy efficiency, fast preheating time, and controllable backstreaming rate. It is widely used in aerospace, scientific research, nuclear power, solar energy, vacuum furnaces, pharmaceuticals, metallurgy, and chemical industries. Learn about its technical parameters, product advantages, and FAQs to choose an energy-efficient vacuum solution.
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.
