Recent Products
Muffle Furnace MF-F10
MF-F10 model Muffle Furnace, a cutting-edge microprocessor-controlled furnace with a unique electronic design and user-friendly operating menu displayed on a 4-line screen for effortless operation. Utilizing the phase angle firing method, it effectively slows down the inevitable aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace guarantees precise temperature control and measurement using an S type thermocouple. Engineered for minimal space requirements in laboratory settings, it comes equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. Capable of reaching a maximum and continuous working temperature of 1400°C, it is the ideal solution for demanding laboratory applications.
Muffle Furnace MF-F11
MF-F11 model Muffle Furnace, a state-of-the-art microprocessor-controlled furnace featuring a unique electronic design and a user-friendly operating menu displayed on a 4-line screen for effortless navigation. Employing the phase angle firing method, it effectively mitigates the aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace guarantees precise temperature control and measurement using an S type thermocouple. Crafted to meet minimal space requirements in laboratory settings, it comes equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F12
MF-F12 model Muffle Furnace, a cutting-edge microprocessor-controlled furnace featuring a distinctive electronic design and an intuitive operating menu displayed on a 4-line screen for effortless navigation. Utilizing the phase angle firing method, it effectively prolongs the lifespan of SiC heating elements by reducing aging. With its proprietary software, this furnace ensures precise temperature control and measurement using an S type thermocouple. Designed to fit seamlessly into laboratory spaces with minimal footprint, it comes equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. Capable of reaching a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F20
MF-F20 model Muffle Furnace, an advanced microprocessor-controlled furnace featuring a distinctive electronic design and a user-friendly operating menu displayed on a 4-line screen for effortless navigation. Employing the phase angle firing method, it effectively mitigates the aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace guarantees precise temperature control and measurement using an S type thermocouple. Designed to optimize laboratory space, it comes equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F21
MF-F21 model Muffle Furnace, an innovative microprocessor-controlled furnace featuring a distinct electronic design and an intuitive operating menu displayed on a 4-line screen for effortless navigation. Utilizing the phase angle firing method, it effectively slows down the aging process of SiC heating elements, ensuring extended durability. With its proprietary software, this furnace ensures precise temperature control and measurement using an S type thermocouple. Crafted to meet minimal laboratory space requirements, it comes equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F22
MF-F22 model Muffle Furnace, an advanced microprocessor-controlled furnace featuring a distinctive electronic design and an intuitive operating menu displayed on a 4-line screen for easy operation. Utilizing the phase angle firing method, it effectively mitigates the aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace guarantees precise temperature control and measurement using an S type thermocouple. Crafted to meet minimal laboratory space requirements, it comes equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F30
MF-F30 model Muffle Furnace, a state-of-the-art microprocessor-controlled furnace featuring a unique electronic design and an easy-to-use operating menu displayed on a 4-line screen. Employing the phase angle firing method, it effectively slows down the aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace ensures precise temperature control and measurement using an S type thermocouple. Crafted to meet minimal laboratory space requirements, it comes equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F31
MF-F31 model Muffle Furnace, an advanced microprocessor-controlled furnace with a distinct electronic design and a user-friendly operating menu displayed on a 4-line screen for effortless operation. Utilizing the phase angle firing method, it effectively slows down the aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace guarantees precise temperature control and measurement using an S type thermocouple. Crafted to meet minimal laboratory space requirements, it is equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F32
MF-F32 model Muffle Furnace, a sophisticated microprocessor-controlled furnace featuring a distinctive electronic design and an intuitive operating menu displayed on a 4-line screen for effortless operation. Employing the phase angle firing method, it effectively mitigates the aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace ensures precise temperature control and measurement using an S type thermocouple. Crafted to meet minimal laboratory space requirements, it is equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it offers an ideal solution for high-temperature applications in the laboratory.
Muffle Furnace MF-F40
MF-F40 model Muffle Furnace, a cutting-edge microprocessor-controlled furnace featuring a distinct electronic design and a user-friendly operating menu displayed on a 4-line screen for effortless operation. Employing the phase angle firing method, it effectively mitigates the aging of SiC heating elements, ensuring prolonged durability. With its proprietary software, this furnace ensures precise temperature control and measurement using an S type thermocouple. Crafted to meet minimal laboratory space requirements, it is equipped with features such as an instantaneous energy consumption indicator, total working hour counter, and control unit overheating sensor. With a maximum and continuous working temperature of 1400°C, it provides an optimal solution for high-temperature applications in the laboratory.