Muffle Furnace 1750°C

MF-K10 muffle furnace exemplifies cutting-edge microprocessor-controlled technology, meticulously crafted to deliver unparalleled heat insulation properties, specifically tailored for the ashing of food, plastic, and other organic materials. Engineered with precision, it features MoSi₂ (Molybdenum disilicide) heating elements vertically aligned adjacent to the side walls, along with S and B type thermocouples, ensuring precise temperature control and uniformity. Its dual-sheet housing effectively maintains low outer surface temperatures, prioritizing safety in laboratory environments, while facilitating continuous operation at a maximum temperature of 1750 °C. With a user-friendly interface boasting a 4-line display, operation is intuitive, complemented by current limit control for enhanced safety measures. Designed to minimize space requirements, this furnace comes equipped with essential features including an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, ensuring efficiency and reliability in laboratory applications.

MF-K11 muffle furnace represents the pinnacle of microprocessor-controlled technology, meticulously crafted to offer unparalleled heat insulation properties, specifically tailored for the ashing of food, plastic, and other organic materials. Featuring MoSi₂ (Molybdenum disilicide) heating elements vertically aligned alongside the side walls and equipped with S and B type thermocouples, it ensures precise temperature control and uniformity. Its dual-sheet housing effectively maintains low outer surface temperatures, ensuring safety in laboratory environments, while allowing for continuous operation at a maximum temperature of 1750 °C. Boasting a user-friendly interface with a 4-line display, operation is intuitive, complemented by current limit control for enhanced safety measures. Designed to minimize space requirements, this furnace comes equipped with essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, ensuring efficiency and reliability in laboratory applications.

MF-K21 muffle furnace represents the pinnacle of microprocessor-controlled technology, meticulously engineered for optimal heat insulation properties, specifically tailored for the ashing of food, plastic, and other organic materials. Featuring MoSi₂ (Molybdenum disilicide) heating elements vertically aligned alongside the side walls, and equipped with both S and B type thermocouples, it ensures precise temperature control and uniformity. Its dual-sheet housing maintains low outer surface temperatures, enhancing safety in laboratory environments, while facilitating continuous operation at a maximum temperature of 1750 °C. With a user-friendly menu displayed across a 4-line interface, operation is intuitive, bolstered by current limit control for enhanced safety measures. Engineered to minimize space requirements, this furnace is equipped with essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, ensuring efficiency and reliability in laboratory applications.

LMF-K22 muffle furnace stands out as a microprocessor-controlled marvel, meticulously crafted with optimal heat insulation properties, tailored for the ashing of food, plastic, and other organic materials. Boasting MoSi₂ (Molybdenum disilicide) heating elements vertically aligned alongside the side walls, and complemented by S and B type thermocouples, it ensures precise temperature regulation and uniformity. Its dual-sheet housing maintains low outer surface temperatures, enhancing safety in laboratory settings, while facilitating uninterrupted operation at a maximum temperature of 1750 °C. Featuring a user-friendly menu displayed across a 4-line interface, operation is intuitive and further enhanced by current limit control for heightened safety measures. Engineered with minimal space requirements in mind, this furnace is equipped with essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, ensuring efficiency and reliability in laboratory applications.

MF-K32 muffle furnace is an exemplar of microprocessor-controlled technology, meticulously crafted with optimal heat insulation properties tailored for the precise ashing of food, plastic, and various organic materials. Featuring MoSi₂ (Molybdenum disilicide) heating elements vertically positioned alongside the side walls and equipped with S and B type thermocouples, this furnace ensures accurate temperature control and monitoring. Its dual-sheet housing effectively reduces outer surface temperatures, ensuring safe operation even at continuous working temperatures reaching up to 1750 °C. The furnace boasts a user-friendly menu displayed on a 4-line screen, facilitating effortless operation, and incorporates current limit control mechanisms for enhanced safety. Designed to minimize laboratory space requirements, it comes equipped with essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, making it indispensable in laboratory settings.

MF-K40 muffle furnace exemplifies advanced microprocessor-controlled technology, meticulously engineered with superior heat insulation properties tailored for precise ashing applications in food, plastic, and organic material analysis. Featuring MoSi₂ (Molybdenum disilicide) heating elements arranged vertically along the side walls and equipped with both S and B type thermocouples, this furnace ensures precise temperature control and monitoring. Its dual-sheet housing design effectively maintains low outer surface temperatures, enabling safe operation even at continuous working temperatures reaching up to 1750 °C. With a user-friendly menu displayed on a 4-line screen, operation is intuitive and straightforward, further enhanced by current limit control mechanisms for added safety. Designed to minimize laboratory space requirements, it is equipped with essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, making it indispensable for laboratory applications.