Lab Electric Muffle Furnace with Integrated Program Control, High-Temperature 1.5 Kw for Precise Heating 100-1000°C in Closed Laboratory Settings

This laboratory small electric furnace is designed for a wide range of applications including scientific research, ceramics, metallurgy, electronics, glass, chemicals, machinery, new materials development, special materials, and building materials, as well as for use in universities. It features an LTDE automatic programming instrument for PID adjustment with a display accuracy of 1℃. The time system allows for setting the temperature rising time and constant temperature time control, automatically shutting off once the set temperature is reached. It includes built-in secondary protection for over-temperature, ensuring dual safety. The furnace also offers a plebage mode for adjusting the constant temperature within a set range for constant operation. Specifications include a machine power supply of 1.5kW, operating at 110V, with a temperature range of 100 to 1000℃, a fluctuation of ±1℃, and a heating rate of ≤100℃/min. The stove size is 165*120*105mm, with an overall size of 350*260*430mm and a weight of 11 kg. The package includes 1 laboratory small electric furnace.

• Rapid Heating High-Temperature Oven: Features ceramic fiber lining and high-temperature wire heating for quick temperature rise, reaching up to 1000°C in just 10 minutes, ensuring energy efficiency and consistent performance.
• Precise Time and Temperature Control: Equipped with adjustable heating and constant temperature time settings, automatic shutdown upon reaching set temperature, and dual over-temperature protection for safety and reliability.
• Advanced Intelligent Control System: Utilizes a fully automatic multi-channel programmable LED instrument for adjustable heating speeds, with a temperature range of 100~1000°C, ±1℃ volatility, and 1°C display accuracy.
• Durable Furnace Construction: Constructed with ceramic fiber lining for superior mechanical strength post-heating, high compressive strength, longevity, low heat capacity, minimal thermal conductivity, and excellent wind erosion resistance.
• Energy-Efficient Oven Design: Made from ultra-light, high-radiation, low-heat material on all six sides, capable of withstanding rapid cooling and heating cycles, maximizing energy savings and operational efficiency.