Muffle Furnace 1600°C

MF-I10 Muffle Furnace is a state-of-the-art, microprocessor-controlled furnace, meticulously crafted for optimal heat insulation properties, making it ideal for ashing applications involving food, plastic, and various organic materials. Its innovative design features MoSi₂ heating elements vertically aligned alongside the side walls, complemented by S and B type thermocouples. This configuration, coupled with dual sheet housing to maintain low outer surface temperatures, ensures consistent performance at a continuous maximum working temperature of 1600 °C. The furnace boasts a user-friendly interface with a 4-line display, facilitating effortless operation. Additionally, it incorporates current limit control for enhanced safety during operation. Engineered to occupy minimal space in laboratory settings, it comes equipped with essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, further enhancing its usability and functionality.

The MF-I11 Muffle Furnace epitomizes cutting-edge microprocessor-controlled furnace technology, featuring a distinct design tailored for optimal heat insulation properties, making it an ideal solution for ashing various materials like food, plastic, and organic substances. Its MoSi₂ heating elements, arranged vertically adjacent to the side walls, in conjunction with S and B type thermocouples, ensure precise temperature control and uniform heating throughout. Operating at a continuous maximum temperature of 1600 °C, its dual-sheet housing effectively mitigates outer surface temperatures, ensuring safe operation. With a user-friendly interface displayed on a 4-line screen, operation is intuitive, complemented by current limit control mechanisms for enhanced safety in laboratory settings. Crafted for space efficiency, this furnace seamlessly integrates into laboratory setups while offering essential features like instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, enhancing functionality and usability.

MF-I21 Muffle Furnace represents a pinnacle of technological innovation, featuring precise microprocessor control and meticulously designed optimum heat insulation properties, making it an ideal choice for the ashing process of food, plastic, and various organic materials. Equipped with MoSi₂ heating elements vertically positioned adjacent to the side walls, alongside S and B type thermocouples, it ensures accurate temperature regulation and uniform heating distribution. Capable of operating continuously at a maximum temperature of 1600 °C, its dual-sheet housing design effectively maintains low outer surface temperatures for enhanced safety in laboratory settings. With a user-friendly menu displayed on a 4-line screen and integrated current limit control for safe operation, this furnace is tailored to meet minimal space requirements while offering essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, thereby optimizing functionality and usability.

MF-I22 Muffle Furnace epitomizes cutting-edge technology, boasting precise microprocessor control and a distinctive design optimized for superior heat insulation properties, making it an excellent choice for the ashing process of food, plastic, and other organic materials. Featuring MoSi₂ heating elements arranged vertically along the side walls, along with S and B type thermocouples, it ensures accurate temperature regulation and uniform heat distribution. Operating seamlessly at a continuous maximum temperature of 1600 °C, its dual-sheet housing design maintains low outer surface temperatures, enhancing safety in laboratory environments. Equipped with a user-friendly menu displayed on a 4-line screen and current limit control for added safety during operation, it is tailored to meet minimal space requirements while offering essential features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, thereby optimizing functionality and user experience.

MF-I32 Muffle Furnace stands out as a pinnacle of technological innovation, boasting advanced microprocessor control and a bespoke design crafted to optimize heat insulation, making it an ideal solution for the precise ashing of food, plastic, and various organic materials. Its MoSi₂ heating elements, strategically aligned vertically along the side walls, ensure exceptional temperature uniformity and control, while the inclusion of both S and B type thermocouples guarantees accurate monitoring and regulation. Operating seamlessly at a continuous maximum temperature of 1600 °C, its dual-sheet housing effectively maintains low outer surface temperatures, prioritizing safety in laboratory environments. Featuring an intuitive user interface presented on a 4-line display and current limit control for enhanced safety, this furnace is tailored to meet minimal space requirements while offering essential functionalities such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor, thereby optimizing efficiency and user experience.

MF-I40 Muffle Furnace represents the pinnacle of microprocessor-controlled technology, meticulously engineered for optimal heat insulation and tailored to excel in the ashing of food, plastic, and other organic materials. Featuring MoSi₂ heating elements vertically aligned alongside the side walls, as well as S and B type thermocouples, it ensures precise temperature control and uniformity. Its dual-sheet housing design effectively minimizes outer surface temperatures, prioritizing safety in laboratory environments while enabling continuous operation at a maximum temperature of 1600 °C. The furnace boasts a user-friendly interface with a 4-line display for intuitive operation, complemented by current limit control for enhanced safety. Designed with minimal space requirements in mind, it 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.