In general, a reaction vessel may be described as a vessel or capsule within which there is positioned a given material to be subjected to high pressure/high temperature conditions for research or for manufacture of materials. High pressure reaction vessels are constructed of stainless steel and have removable liners. All components of high pressure reaction vessels pressure gauge, rupture disk and regulating valve are also made of stainless steel. A complete system includes a heating mantle with thermocouple, a stirring assembly and a controller. A pressure transmitting media and an electrical resistance heater tube are concentrically arranged in the interior to provide indirect heating to the reaction.
High pressure regulating valve is a line of self-operated pressure regulating valves. It is designed for use on high-pressure industrial gas and liquid services to 4,000 psi.
High-pressure regulators are used to reduce the pressure to a lower pressure sub-system or to regulate system pressure at the desired value. The types of pressure regulator include balancing valve, vacuum or compound regulator, differential or bias regulator and pressure-reducing regulator. Its feature includes integral pressure gauge, integral filter, integral lubricator, pressure relief and tamper-proof.
High-Pressure Seals are used in hydraulic shock absorbers are based on a design of unsupported area. High-pressure seals are used on each end of the mandril to decouple the tension and pressure loads. High-pressure seals are generally balanced to reduce the contact pressure between the sealing ring and counterface.