High-Temperature Laboratory Ashing Furnace for Precise Thermal Analysis

High-Temperature Laboratory Ashing Furnace for Precise Thermal Analysis Introduction This Laboratory Ashing Furnace is specially designed to meet customer needs, offering high cost-performance. With a simplified classic design and a sintering chamber made of lightweight alumina fiber, it features touch screen controls for seamless human-machine interaction, making operation exceptionally convenient. Features and Benefits Moderate Furnace Volume: Suitable for a variety of material heat treatment processes. Advanced Insulation Materials: Made with refractory and insulating materials that minimize heat loss and effectively reduce power consumption. Modular Structure: Durable and easy to maintain. Exhaust Chimney: The furnace top is equipped with a chimney to efficiently remove volatiles produced during the sintering process. Touch Screen Operation: Intuitive display of temperature curves. Technical Parameters of Laboratory Ashing Furnace Model M1200-20(B) Power AC220V  3.5KW Max.temp 1200℃（<1hour） Working temp 1100℃（Continuous） Heating rate ≤20℃/min Chamber size W200*H120*D300mm（other optional size: 150*150*D200mm） Outer dimensions W420*H530*D570mm Control system 1. Embedded operating system with a bilingual (Chinese-English) graphical interface, 7-inch full-color touch screen input, and an intelligent human-machine dialogue mode with non-linear temperature correction. 2. Capable of storing 15 programs, each with up to 30 “time-temperature” segments, eliminating the need for repetitive curve modifications. 3. Features over-temperature alarm, thermocouple breakage indication, and leakage protection. Accuracy /- 1℃ Heating Elements Mo-doped Fe-Cr-Al alloy Net weight Approximately 40KG Service Support 1-year warranty with lifetime support (warranty excludes consumable parts). Optional of Laboratory Ashing Furnace Special corrosion-resistant furnace chamber Observation window Atmosphere protection box: An accessory for the furnace designed to create and maintain a specific atmospheric environment to protect materials from oxidation, contamination, or adverse reactions with air (customizable dimensions). Which kinds of industry use this Laboratory Ashing Furnace? Materials Science Metallurgy Chemical Industry Environmental Science Energy Research University Labs & Research Institutes Applications Ashing Determination of ash content in food, plastics, coal, and petroleum products Loss on ignition (LOI) tests Ash analysis in environmental and agricultural samples Sintering Sintering of ceramic materials and metal powders Fabrication of advanced materials for electronics and energy storage Preparation of catalysts and membranes Heat Treatment Annealing of metals and glass Tempering and hardening processes Stress relieving of mechanical components Calcination Calcination of inorganic materials Preparation of biochar and activated carbon Thermal decomposition of raw materials in chemical processes Material Testing Thermal stability analysis of polymers and composites Firing tests for refractories Heat resistance testing of building materials Chemical Analysis Sample pre-treatment for gravimetric and quantitative analysis Evaporation of volatile substances Ashing of wastewater and sludge samples for environmental monitoring Educational and Research Use Laboratory experiments in universities and research institutes Advanced material development projects Teaching equipment for thermal process studies For More Options on High Temperature Furnaces Click here [High Temperature Furnaces Collection] Get In TouchFill out the form below — free quote and professional suggestion will be sent for reference very soon! Name Email* Message Send