Compact atmosphere furnace of 1600c with water cooling system – cyky

Compact atmosphere furnace is a high temperature 1600℃ atmosphere controlled muffle furnace, which is designed for material synthesis under controlled inert gas atmosphere up to 1600 ºC with better temperature uniformity. The furnace consists of high-quality alumina fiber brick and high purity MoSi2 heating elements with 3L capacity, as well as vacuum sealed steel case with water cooling jacket.

Controlled atmosphere furnace

Compact atmosphere furnace Features:

1.Swing door, easy to operate

2.High quality imported fiber, resistance high temperature

3.Programmable and PID automatic control

4.Heavy duty double layer structure with cooling fan. Lower temperature in outside case

5.Multi-function: Metal annealing, quenching atmosphere, surface cream, light treatment

6.Compact structure, can insert N2/Ar2 for special material sintering.

Model CY-A1600-3IC
Controller LED/LCD for optional
Chamber Dimension 150*150*150mm
Maximum Temperature 1650℃
Rated Temperature 1500℃
Heating Rate 0-20℃ (suggestion 10℃/min)
Temperature Control 30 programmable and PID automatic control
Temperature uniform ± 5℃
Heating Element MoSi2
Thermocouple B type
Furnace Shell Structure Double furnace shell and is equipped with cooling fan
Water cooling capacity 50w/ ℃
Tank capacity 9L
Cooling water speed 15L/min
Atmosphere acceptable nitrogen, argon and other inert gases
Voltage AC 220 -380V,50/60Hz, as customized
Quality Guarantee One year

Explosion-proof device:

The reducing gas and air are mixed to achieve a certain mixing ratio, and it is easy to cause explosion at a certain temperature. Therefore, an explosion-proof device is provided for the front and rear chambers of the furnace, the quenching chamber and the slow cooling chamber, and the control system for the gas supply and exhaust of the furnace is also Must have explosion-proof measures

Degree of movement:

Various atmosphere furnaces have high sealing requirements, and the loading and discharging operations are complicated. It requires a multi-purpose furnace. When mass-produced, it is composed of large-scale combined heat treatment or dual-use units, which requires high mechanization. degree of automation