Muffle Furnace 1300°C

MF-E10 model Muffle Furnace, a microprocessor-controlled heating solution featuring molded ceramic fiber insulation to minimize heat loss. This furnace is meticulously engineered for accuracy, reliability, and efficiency, tailored to meet minimal space requirements in laboratory settings. Equipped with essential features such as an instantaneous energy consumption indicator, a calculator for average working temperature, a total working hour counter, and a descriptive error indicator, it ensures seamless operation. With an abrasion-resistant body, Fe-Cr-Al heating elements embedded into bricks, and an S type thermocouple, it achieves a maximum and continuous working temperature of 1300°C, making it an ideal choice for various laboratory applications.

MF-E11 model Muffle Furnace, a microprocessor-controlled heating solution featuring molded ceramic fiber insulation to minimize heat loss. This furnace is meticulously engineered for accuracy, reliability, and efficiency, tailored to meet minimal space requirements in laboratory settings. Equipped with essential features such as an instantaneous energy consumption indicator, a calculator for average working temperature, a total working hour counter, and a descriptive error indicator, it ensures seamless operation. With an abrasion-resistant body, Fe-Cr-Al heating elements embedded into bricks, and an S type thermocouple, it achieves a maximum and continuous working temperature of 1300°C, making it an ideal choice for various laboratory applications.

MF-E20 model Muffle Furnace, a state-of-the-art microprocessor-controlled heating system featuring molded ceramic fiber insulation for optimal heat retention. Precision-engineered for accuracy, reliability, and efficiency, it is purposefully designed to fit seamlessly into laboratory spaces with minimal footprint. Equipped with essential features including an instantaneous energy consumption indicator, a calculator for average working temperature, a total working hour counter, and a descriptive error indicator, it ensures effortless operation. With an abrasion-resistant body, Fe-Cr-Al heating elements embedded into bricks, and an S type thermocouple, it achieves a maximum and continuous working temperature of 1300°C, making it the perfect choice for demanding laboratory applications.

MF-E21 model Muffle Furnace, a state-of-the-art microprocessor-controlled heating system featuring molded ceramic fiber insulation for optimal heat retention. This furnace is renowned for its precision, reliability, and space-efficient design, making it an ideal choice for laboratory environments with limited space. Equipped with essential features such as an instantaneous energy consumption indicator, a calculator for average working temperature, a total working hour counter, and a descriptive error indicator, it ensures seamless operation. With an abrasion-resistant body, Fe-Cr-Al heating elements embedded into bricks, and an S type thermocouple, it achieves a maximum and continuous working temperature of 1300°C, making it perfect for demanding laboratory applications.

MF-E30 model Muffle Furnace, an advanced microprocessor-controlled heating system featuring molded ceramic fiber insulation for minimal heat loss. This furnace is renowned for its precision, reliability, and space-efficient design, making it ideal for laboratories with limited space. Equipped with essential features such as an instantaneous energy consumption indicator, a calculator for average working temperature, a total working hour counter, and a descriptive error indicator, it ensures seamless operation. With an abrasion-resistant body, Fe-Cr-Al heating elements embedded into bricks, and an S type thermocouple, it achieves a maximum and continuous working temperature of 1300°C, making it perfect for demanding laboratory applications.

MF-E31 model Muffle Furnace, a cutting-edge microprocessor-controlled heating system featuring molded ceramic fiber insulation to minimize heat loss. Renowned for its precision, reliability, and space-efficient design, this furnace is tailored for laboratories with limited space requirements. Equipped with essential features such as an instantaneous energy consumption indicator, a calculator for average working temperature, a total working hour counter, and a descriptive error indicator, it ensures seamless operation. With an abrasion-resistant body, Fe-Cr-Al heating elements embedded into bricks, and an S type thermocouple, it achieves a maximum and continuous working temperature of 1300°C, making it the perfect choice for demanding laboratory applications.