Muffle Furnace 1200°C

MF-C10 model Muffle Furnace, a highly efficient, precise, and dependable microprocessor-controlled unit designed with optimal insulation properties and essential control features. Tailored for compact laboratory spaces, it boasts an instantaneous energy consumption indicator, a calculator for average working temperature, a Total working hour counter, and a descriptive error indicator. With Fe-Cr-Al heating elements seamlessly embedded into bricks, a dual shell housing ensuring low outer temperatures, and K and S type thermocouples, it achieves a maximum and continuous working temperature of 1200°C, making it an ideal choice for various laboratory applications.

MF-C11 model Muffle Furnace, a high-performing, precise, and dependable microprocessor-controlled unit featuring optimal insulation properties and essential control functionalities. Designed to fit seamlessly into limited laboratory spaces, it comes equipped with an instantaneous energy consumption indicator, a calculator for average working temperature, a Total working hour counter, and a descriptive error indicator. With Fe-Cr-Al heating elements embedded into bricks, a dual shell housing ensuring minimal outer temperature, and K and S type thermocouples, it excels at reaching and maintaining a maximum and continuous working temperature of 1200°C, making it an ideal solution for diverse laboratory heating needs.

MF-C20 model Muffle Furnace, an exceptional microprocessor-controlled heating solution renowned for its efficiency, accuracy, and reliability. Engineered with optimal insulation properties and designed to occupy minimal space within laboratory settings, it offers essential control options including an instantaneous energy consumption indicator, a calculator for average working temperature, a Total working hour counter, and a descriptive error indicator. Featuring advanced Fe-Cr-Al heating elements embedded into bricks, a dual shell housing ensuring minimal outer temperature, and K and S type thermocouples, it excels in achieving and maintaining a maximum and continuous working temperature of 1200°C, making it the perfect choice for a diverse range of laboratory heating requirements.

MF-C21 model Muffle Furnace, a top-of-the-line microprocessor-controlled heating apparatus esteemed for its efficiency, precision, and dependability. Engineered with optimal insulation properties and tailored for compact laboratory spaces, it features essential control functionalities, including an instantaneous energy consumption indicator, a calculator for average working temperature, a Total working hour counter, and a descriptive error indicator. Equipped with advanced Fe-Cr-Al heating elements embedded into bricks, a dual shell housing ensuring minimal outer temperature, and K and S type thermocouples, it excels in maintaining a maximum and continuous working temperature of 1200°C, rendering it the optimal solution for a myriad of laboratory heating needs.

MF-C30 model Muffle Furnace, a pinnacle of efficiency, accuracy, and reliability in microprocessor-controlled heating technology. Engineered with optimal insulation properties and designed to meet minimal laboratory space requirements, it features essential control options such as an instantaneous energy consumption indicator, a calculator for average working temperature, a Total working hour counter, and a descriptive error indicator. Enhanced with advanced Fe-Cr-Al heating elements embedded into bricks, a dual shell housing ensuring minimal outer temperature, and K and S type thermocouples, it excels in maintaining a maximum and continuous working temperature of 1200°C, making it the ideal solution for various laboratory heating needs.

MF-C31 model Muffle Furnace, the epitome of efficiency, accuracy, and reliability in microprocessor-controlled heating systems. Crafted with optimal insulation properties and engineered to fit seamlessly into compact laboratory spaces, it offers essential control options including an instantaneous energy consumption indicator, a calculator for average working temperature, a Total working hour counter, and a descriptive error indicator. Enhanced with advanced Fe-Cr-Al heating elements embedded into bricks, a dual shell housing ensuring minimal outer temperature, and K and S type thermocouples, it excels in maintaining a maximum and continuous working temperature of 1200°C, making it the ideal choice for a wide range of laboratory heating applications.