Used AMAT / APPLIED MATERIALS Frame for P5000 #9235979 for sale

AMAT P5000 Frame is a high-precision reaction chamber designed to carry out a variety of chemical and physical reactions at elevated temperatures. This reactor is a cylindrical enclosure made from high-grade stainless steel that provides excellent heat transfer and stability. It is equipped with a variety of heating elements, such as quartz, tungsten, molybdenum, and quartz-tungsten, which is capable of reaching temperatures up to 3000°F (1660°C). The interior of the chamber is lined with special ceramic fiber insulation material, which is resistant to corrosion and provides excellent temperature control. The P5000 frame also has an optional water-cooled zone for further control of the temperature during sensitive reactions. An automated vacuum equipment is also present, allowing operations to take place under conditions of vacuum or low pressure. The system includes an array of high-temperature, titanium gauges for monitoring the pressures. A built-in gas distribution unit allows operation either through mass flow controller or manual valve operation. This reactor is suitable for a variety of research and production operations, such as organic synthesis, reflux reactions, purification of organic molecules, and degradation studies. The P5000 Frame is designed with an advanced control machine that can be fully automated to allow the user to control the process parameters with precision, which makes it suitable for high accuracy experiments. The tool doesn't require any additional programing for its operation and can be quickly calibrated and optimized, while its powerful data acquisition and analysis function can monitor and control the effects of temperature, pressure, and other independent variables on the reaction. The asset is also designed with advanced safety interlocks to prevent accidents from occurring. The P5000 Frame reactor is a powerful tool for achieving high-precision reactions for research and production purposes. Its high-grade construction ensures reliability and durability, while its automated and adjustable features give the user full control for accurate and repeatable operations. This makes the reactor an ideal choice for laboratory, production, and industrial applications.