Microwave Materials Science Workstation - Microwave In Situ Macrothermogravimetric Analyzer

Main purpose:
Observing the changes in sample quality with temperature or time during the heating, constant temperature, or cooling process is aimed at studying the thermal stability and composition of the material. Widely used in plastics, rubber
Research and development, process optimization, and quality monitoring in various fields such as coatings, pharmaceuticals, catalysts, inorganic materials, metal materials, and composite materials

Measure and study the following characteristics of materials:
Thermal stability, decomposition process, adsorption and desorption, oxidation and reduction, quantitative analysis of components, effects of additives and fillers, moisture and volatiles, reaction kinetics

Product features:
★multi-function:One instrument can achieve three heating methods: pure microwave heating, traditional electric heating, and mixed heating; Adapt to heat treatment of any non flammable sample, including metals and alloys
Simultaneously conducting in-situ high-temperature thermogravimetric analysis for material synthesis and preparation, the analysis process can be set with different heating curves, completed in one step, with real-time data output and change curves during the analysis process
Clear and intuitive color screen display
★Exclusive developed microwave field specific sensor (for mixed heating and traditional heating)/infrared sensor (for pure microwave heating), precise temperature control
★Safety:Exclusive use of interlocking protection shielding measures to prevent leakage, safe and reliable microwave shielding cavity design, multiple anti leakage protections
*Equipped with professional microwave suppressors as standard
*Built in microwave leakage sensor
★Energy saving:Long service life: Magnetron microwave heating avoids and solves the problem of traditional heating elements being easily damaged, and also avoids the time and experimental progress caused by heating element damage
Various losses such as maintenance costs
★ Adopting stepless adjustability, high stability and long service lifeContinuous wave micro wave sourceEnsure that the equipment can operate continuously and stably for a long time
★Embedded microcomputer integrated temperature control system; Realize stable temperature control
★ Microwave energy directly reaches the material, quickly heating the object, saving time and effort
★ Microwave energy is available immediately, without thermal inertia, and easy to control temperature
★ Measurement atmosphere: Inert (filled with inert gas), oxidation, static, dynamic
★ Equipped with swivel wheel adjustable feet for easy movement and fixation

Technical parameters:

Model/model	WBRZ-2		WBLRZ-4
Heatable material	Any material that is not flammable or explosive
microwave frequency	2.45GHZ±50MHz
Heating method	Pure microwave heating, traditional electric heating, mixed heating
Maximum power/KW (continuous, adjustable)	2		4
Maximum working temperature/℃	1600
Long term working temperature/℃	≤1500
Temperature testing component	Microwave field specific sensor/infrared sensor
Temperature resolution/℃	0.1
Temperature control accuracy/℃	± 1 below 1200 ℃; Above 1200 ℃ ± 2 ℃
Temperature deviation/℃
Temperature stability fluctuation/℃
Weighing mass/g	Maximum 500
accuracy of analysis	0.01 grams
Attachment configuration	1 set of corundum tray, top rod and connecting piece
Furnace cavity size (length, width, depth)/mm	300´300´450
Heating chamber (material)	ceramic fiber
Number of heating chambers/piece	Three heating chambers with a diameter of 100mm and 120mm
heating rate	0~1000 ℃/min can be set arbitrarily, programmable, segmented heating
Temperature control method	10 segments with adjustable process parameters, 7-inch touch screen operation, and data storage function; Provide manual, automatic, and constant temperature control modes, with real-time curve display
Power supply voltage (V)	220
Microwave leakage rate/mW/cm2	≤0.4
Dimensions (length, width, height)/mm	750´650´800	1000x750x850