Brief introduction: Fluidized bed analyzer is the only domestic commercial product, its basis can test under the specified temperature material instant heating effect of classical thermal analysis method, through to a certain temperature and pressure of reaction conditions such as the reactor in solid, liquid reactant and launch such as combustion, gasification, carbide, cracking, desulfurization, denitration catalyst regeneration of various types of chemical reactions. In today's all kinds of materials and chemistry in the field of research and development, process optimization, quality inspection, quality control and failure analysis and so on various occasions has wide application. Features: 1. The fluidized bed thermal analyzer structure design is exquisite. 2. The material of gas generated in the reaction completely recovery, but with a laparoscope, usually connected to a gas chromatograph, airtight system design, using the integrated control system of the mass flow and the corresponding software function for precise flow setting and control. 3. Powerful and flexible software, user friendly interface, has the rich data analysis function and various temperature, sensor acquisition methods, such as fluidization state set. Technical indicators: Solid reactant supply time: < 1.0 s; The feed rate of solid reactant: 10 to 50 mg; System delay time: < 2.0 s; Reactor size: about 20 mm diameter, height 150 mm; Solid bed material: quartz sand, average grain size of 200 ~ 300? M, Loading height: 20 ~ 50 mm; Measurement repeatability error: < 10% The reactor diameter: Dt = 20 mm Average diameter of outlet pipe reactor: Dt = 3 mm Solid state reaction material feed rate of the biggest: 100 mg
Brief introduction: Fluidized bed analyzer is the only domestic commercial product, its basis can test under the specified temperature material instant heating effect of classical thermal analysis method, through to a certain temperature and pressure of reaction conditions such as the reactor in solid, liquid reactant and launch such as combustion, gasification, carbide, cracking, desulfurization, denitration catalyst regeneration of various types of chemical reactions. In today's all kinds of materials and chemistry in the field of research and development, process optimization, quality inspection, quality control and failure analysis and so on various occasions has wide application.
