Heat Conduction Oil Jacketed Kettle

Heat conduction oil jacketed kettle also known as electric heating jacketed kettle, It uses very convenient, only need electricity can use, it does not require additional equipment such as boiler or gas burner, electricity can be seen everywhere in our life, so if you want to use it’s very convenient, so the electric heating jacketed kettle is the best choice for you.

Live Demonstration of Jacketed Kettle

Usages of Heat Conduction Oil Jacketed Kettle

Jacketed kettle can be used to boil soup, cook, stew and porridge in some large restaurants and canteens, also can seasoning and auxiliary materials, it can not only improve the productivity, food processing but also food processing equipment of high cost performance!

Structure of Heat Conduction Oil Jacketed Kettle

Characteristics of Heat Conduction Oil Jacketed Kettle

Heat conduction oil pot has the characteristics of heating efficient, safe and convenient. It is a mezzanine built-in electric heating rods, electric heating and heat conduction oil (since), the highest temperature can up to 320 degrees, electric control, equipped with automatic temperature control system.

Technical Parameters of Heat Conduction Oil Jacketed Kettle

Model	50L	100L	200L	300L	400L	500L	600L	800L	1000L
Caliber（mm）	Φ600	Φ700	Φ800	Φ900	Φ1000	Φ1100	Φ1200	Φ1400	Φ1500
Depth of Pot（mm）	400	450	530	630	680	730	780	830	900
Heating area（m2）	0.45	0.58	1.12	1.42	1.75	2	2.3	3.2	3.9
Electric power（kw）	9	9	15	18	18	24	24	27	30
Amount of heat-conducting oil（L）	30	36	45	60	70	80	100	200	250
Working pressure	≤0.09Mpa（can be adapted according to customers’ requirement ）
Stirring speed	36 r/min（can be adapted according to customers’ requirement）
Stirring power（kw）	0.55	0.55	0.75	1.1	1.1	1.5	1.5	2.2	2.2

Notes:

1. The stirring power in the technical parameters of jacketed kettle chart is standard configuration. Any specific requirements, please let us know.

2. Working pressure in the middle layer ≤0.09Mpa, also, this can be adapted according to customers’ requirement.

3. The process parameters that need provided when choosing the Jacketed Kettle: the nature of material, working pressure, temperature, specific requirements, etc.