Used CTI-CRYOGENICS 8200 #293645018 for sale

CTI-CRYOGENICS 8200 pump is a high-pressure, low temperature cryogenic pump that is designed to handle extreme environmental conditions. It has been specifically developed to handle cryogenic liquids such as liquid nitrogen, liquid helium, and liquid oxygen. CTI-CRYOGENICS CRYOGENICS 8200 can be used in a variety of applications, including laboratories, industries and research facilities. 8200 features a robust aluminium alloy frame with a powerful and reliable motor and control system. This makes it one of the most reliable pumps on the market. Additionally, CRYOGENICS 8200 features a double valve design, providing greater safety and reliability. This valve system also reduces the amount of pressure needed to keep the pump running, allowing for precise and accurate pressure control. The pump is designed with superior temperature stability, making it suitable for extreme temperatures and pressures. CTI-CRYOGENICS 8200 also offers a variable speed option, allowing it to be used in specific conditions. This variable speed system also ensures precise pressure control, making it easier to use and control. CTI-CRYOGENICS CRYOGENICS 8200's unique shape and design also allow it to fit into a wide range of spaces, such as ceilings and tight corners. It is also lightweight, making it easy to install and transport. 8200 has been tested and proven to deliver the highest performance while providing superior reliability and safety. It has undergone rigorous testing and is considered one of the best cryogenic pumps on the market. The pump is also resistant to corrosion and can be used in a variety of locations and environments. CRYOGENICS 8200 pump is a reliable, robust and powerful pump that is designed to handle extreme pressure, temperatures and applications. Its features, such as its double valve design and variable speed, provide superior safety and control. Additionally, it is designed to fit into tight spaces and is corrosion resistant. It is an excellent choice for high precision and reliability in cryogenic operations.