Used AMAT / APPLIED MATERIALS 0010-09750 #293655861 for sale

AMAT / APPLIED MATERIALS 0010-09750 is an advanced Nitrous Oxide (N2O) reactor, used in a variety of industrial processes, such as laser cutting and welding and the manufacture of chemical products. It is designed to be robust and reliable, with a strong stainless steel frame designed to last for years of operation. The overall reactor design and components make it suitable for various application scenarios, such as those requiring ultra-high temperatures and other challenging conditions. AMAT 0010-09750 consists of three gas line inlets with pressure regulators and two gas outlets that are independent of each other. The control circuit contains two switching modes, manual and automatic. The manual control mode allows the user to input values for the flow rate, pressure and temperature of the gases inside the reactor, which can then be adjusted accordingly. The automatic control mode is driven by the user-defined setup parameters and will automatically respond to any changes in gas pressure or temperature. At the heart of APPLIED MATERIALS 0010-09750 lies its advanced heat exchanger system. This system consists of two coaxial concentric stainless steel pipes, with a high performance insulation layer, and a tantalum heating element to direct minimum amount of heat to the reactor walls. The heat exchanger is capable of achieving temperatures of up to 1010 degrees Celsius before transitioning to the reactor body. The reactor body is made of stainless steel and houses a unique spherical window, where light is transmitted into and out of the reactor. The reactor body also contains three gas injection ports connected to the peristaltic pump and two pressure meters. The pressure and temperature sensors located inside the reactor body enable the user to monitor the conditions inside the reactor in order to ensure optimal operation. 0010-09750 is an advanced and reliable N2O reactor that provides consistent performance and quality in high temperature laser cutting and welding, and chemical manufacturing applications. It combines robust stainless steel construction with advanced heat exchange system and highly responsive control systems, in order to provide users with optimal performance for their application needs.