Used AMAT / APPLIED MATERIALS 9240-03211 #293648587 for sale

AMAT / APPLIED MATERIALS 9240-03211 is a vertical thermal reactor designed for applications that require precise repeatability and high temperature processing. This reactor features three heating zones with a maximum setpoint temperature of 1200°C, a maximum power available of 36 kW, and a working volume of 260 cm³. AMAT 9240-03211 utilizes a combination of a boron nitride (BN) susceptor and molybdenum (Mo) heating elements to deliver minimal thermal radiation and Joule heating, allowing for uniform thermal processing for a wide range of materials, including metals, ceramic and metal oxide materials, dielectrics, and more. APPLIED MATERIALS 9240-03211's design ensures highly repeatable and reliable results and is perfect for research and development, as well as production applications. This reactor is outfitted with a central lift arm and ball-bearing support to ensure excellent integration with downstream systems and ease of use. The stainless steel enclosure with adjustable airflow, setpoint procedure, and lift function all help provide a clean and safe operating environment, reducing the occurrence of overheating, hardware damage, and other safety risks. 9240-03211 also provides an array of safety features for comprehensive protection, including thermocouples, over-temperature cut-off, safety limits on temperature rise, low voltage power display and meter, temperature setting accuracy, voltage accuracy, and temperature stabilization. This reactor is completely programmable and so is suitable for a wide range of complex reaction processes. Furthermore, AMAT / APPLIED MATERIALS 9240-03211 reactor can be equipped with anywhere from one to four sensing ports to provide multiple points of detection to prevent any kind of damage to the system or the sample material itself. AMAT 9240-03211 is an advanced and exceptionally reliable vertical thermal reactor that stands out in the industry by providing a solid combination of temperature accuracy, repeatability, and safety. With its highly efficient heating design and automated operation, this reactor ensures long-term operation without the risk of overheating or any other safety risks.