Used INVAX TECHNOLOGIES 0090-35133 #9361860 for sale

INVAX TECHNOLOGIES 0090-35133 is a modern, high performance reactor for applications requiring a high surface-area-to-volume ratio and precise temperature control. This is due to its unique design which uses a closed, stainless steel vessel and inert gas (argon or nitrogen) to protect the contents. The design uses an internal plenum to allow steady state conditions to be maintained within the reactor for precise control and uniformity of reaction rates. To optimize reaction conditions, this reactor can be operated between -100 and +200 degrees Celsius with precise temperature control throughout the range. The precise temperature control is provided through its heat exchanger system which can quickly cool or heat the vessel and regulate the temperature of the reaction. The efficient heating and cooling of the reactor allows for efficient product recovery and reuse. The reactor also has a series of safety features incorporated into its design, such as overpressure and alarm systems to prevent chemical explosions. Additionally, the use of inert gas in the vessel eliminates the risk of fire in the presence of combustible vapors. 0090-35133 is designed for easy use and maintenance. Easy access to the contents of the reactor is provided through the top access port. It also has a quick cleaning system which minimizes downtime. In addition, it has a wide range of stirring features, such as multiple impellers, variable speeds, and a paddle and baffle arrangement to provide maximum stirring effect and contact time with reactants. The high surface-area-to-volume ratio of the reactor is also very useful for efficient mass transfer and efficient recycling of reaction products. In conclusion, INVAX TECHNOLOGIES 0090-35133 is an advanced, efficient, and safe reactor that can provide the optimal conditions for your specific reaction needs. The unique design and precise temperature control make it suitable for a range of reactions, with the safety features ensuring peace of mind.