Used AMAT / APPLIED MATERIALS Enabler #9353157 for sale

AMAT / APPLIED MATERIALS Enabler is a specialized reaction containment equipment designed for controlled chemical and physical processes. It is composed of several components, namely, a reaction chamber, a vacuum system, a control panel, an inert gas pressure unit, a gas delivery machine, and additional hardware. The reaction chamber acts as a barrier between the environment and the reaction, allowing the user to control the environment and reaction parameters. It is constructed from stainless steel and features a sealed opening at the bottom for easy insertion of the reaction materials. The chamber is equipped with a cooling tool for maintaining a constant temperature and pressure throughout the duration of the reaction. The vacuum asset is used for controlling the amount of oxygen that is present in the reaction chamber. By reducing the oxygen levels in the chamber, the user is able to reduce the risk of oxidation and/or side reactions. The control panel allows the user to configure and adjust the gas pressure, temperature, and other parameters as needed. The inert gas pressure model is responsible for introducing an inert atmosphere, such as argon or nitrogen, into the chamber in order to improve safety and reduce oxidation. This is especially important for the reactions involving flammable materials. The gas delivery equipment distributes the process gas to the reaction chamber in a precise and controlled manner. Additionally, AMAT Enabler contains a number of other hardware components that are used in order to ensure that the system is able to perform correctly and safely. These components include pressure and temperature sensors, pre-heaters, sample transfer tools, electrical contact systems, and power supplies. Overall, APPLIED MATERIALS Enabler is a reliable and efficient reaction containment unit. It allows for precise control over the environmental and process parameters, and helps to improve safety by reducing oxidation and eliminating the risk of hazardous reactions. As such, it is often used in a variety of industrial, scientific, and commercial applications.