Used AMAT / APPLIED MATERIALS 0010-27430 #293736052 for sale

AMAT / APPLIED MATERIALS 0010-27430 Reactor is a versatile and reliable tool for a wide range of chemical and nanomaterial synthesis applications. This reaction vessel is made of stainless steel and features a hydrogen-purged, water-cooled, and zirconia-protected chamber to provide uniform, safe and efficient operation. It is designed with an intuitive, easy-to-use interface and includes a comprehensive range of sensors, control features and safety systems. The range of process variables and measurements available with the reactor includes temperature, pressure, flow rate, time, and power. It is capable of operating from a very low pressure and temperature up to 450°C with a full air or inert gas atmosphere. The reactor has an internally-mounted, multi-zone control system that allows heating and cooling of different areas of the chamber, ensuring precise control over the reaction chamber environment. It is fitted with a variety of different heating and cooling elements, such as resistive heating, contact heating, and Peltier cooling. The reactor also has the option of Remotelab™ software, which enables remote monitoring, control and analysis over the internet. The automatic integrated cooling cycle allows the reactor to cool down quickly when the process is stopped, further improving safety and efficiency. The reactor features a host of other features, such as multiple gas inlets, a pressure transmitter for monitoring the internal chamber pressure, a direct gas feed and mixing capabilities, and a powerful, high-speed motor for mixing, stirring, and moving liquid within the chamber. This innovative reactor is remarkably versatile and reliable, with the ability to quickly and easily switch between different reactions and handling different amounts and sizes of materials. AMAT 0010-27430 Reactor is an excellent choice for a wide range of different applications. This reactor's combination of features and ease of use make it ideal for fast and efficient processing of various materials, while its reliable performance, robust construction and intuitive interface make it a great choice for any laboratory setting.