Product details
Technical description from the published product record
Vacuum muffle furnace overview: excellent quality, excellent performance, and thousands of new customers every year. The harmonious harmony of the function and the beautiful design, coupled with the high cost performance, make this series their choice. Main uses: Vacuum muffle furnace is widely used in the production and experimentation of ceramics, metallurgy, electronics, glass, chemical industry, machinery, refractory materials, new material development, special materials, building materials and other fields. The main characteristics of Shanghai Intelligent Integrated JZ-6-1200 muffle furnace are as follows: easy to operate, programmable, PID self-tuning, automatic heating, automatic insulation, automatic cooling, no need to be on duty; It can be equipped with a computer to operate the electric furnace through computer communication (Start the electric furnace, stop the electric furnace, pause the temperature rise, set the temperature rise curve, store the temperature rise curve, historical curve, etc.) double-layer furnace shell. The furnace body is exquisitely sprayed, corrosion-resistant, acid- and alkali-resistant, the furnace body is isolated from the furnace by air cooling, and the temperature on the surface of the shell is less than 45 degrees. Energy saving: The furnace is made of (The furnace is made of good fiber, resistant to high temperature, rapid heat and rapid cooling, thermal insulation Good performance) Fast heating (heating rate adjustable from 20 ℃/min to 40 ℃/min) Dual circuit protection (over temperature, over pressure, over current, segment coupling, power failure, etc.) Silent electronic relay Standard configuration digital PID controller, can adjust the heating curve, holding temperature and holding time Over temperature alarm and power failure, leakage protection, reliable operation side open furnace door, easy sample loading,
It can also be fitted with air vents that can be operated in an oxygen or inert atmosphere on both sides (or four sides) of the housing structure to ensure a highly uniform temperature distribution (protective gas operation as an additional configuration) Main models: