Home > Products >> Kettles/Reaction Pot | Adhesive Device

Resistance Infrared Heating Reactor

Application

It is applied to the industry of high temperature control to complete the occasion demanding food (milk) products, pharmaceuticals, daily chemicals, beverages, oil, chemicals, paint and other industries.

Working principle

Far-infrared heating reactor device with a big heating area, stable and quick temperature, easy temperature control in the upper, middle and lower aspect. Temperature can be easily controlled within the reactor vessel without any side effects to the material, nor material carbonation phenomenon. Running without noise, pollution,and Energy-saving (28% above). Heating temperature can be settled at room temperature to 500 ℃ within the arbitrary.

Introduction

Technical parameter

Number Heating mode Electro thermal

Heating pipe Infrared
Notes
Category
1 Design power 168kw 120kw
2 Power distribution Heating in separated with 8groups Heating in section
3 Heating response time 1.5 hours 30minutes
4 Actual Power 160kw 84kw
5 Power consumption 1764 degree 814 degree Electricity savings is up to 53%
6 The use of safety standards Can’t prevent explosion Can prevent explosion
7 Degree of sanitation Harmful for people No noise, no pollution
8 Suitable temperature Not more than 300 Not more than 700,easy to control
9 Normal loss Replace per year Without any increase in costs within three years Cost savings is up to 10000RMB per year
10 Principle The heat transmitted through the oil through the heat radiation to the internal materials

Reactor with heat-conducting oil heating and energy saving effect of far-infrared heating comparison table
——3800L water capacity reactor
NO	Heating	Heat-conducting oil heating tube heating	Far-infrared heat reactor kettle	notice
NO	category	Heat-conducting oil heating tube heating	Far-infrared heat reactor kettle	notice
1	Design Power	168KW	120KW
2	Power distribution	Sub-8 group of electric heating pipe	three sections of heating: Upper, middle and lower
3	Thermal response time	Heating temperature: 280 ℃ Time consumption: 1.5 hours Power consumption: 250 °	Heating temperature: 400 ℃ Time consumption: 30 minutes Power consumption: 42°
4	The actual use of power	Full load of work 160KW	Full load of work :84KW
5	Power consumption	Power consumption: 1764 ℃	Power consumption: 814 ℃	power saving 53%
6	safety standards	tube heating: Non-explosion-proof	Complete explosive proof
7	Degree of sanitation	Emissions of toxic gases Harmful to health	No pollution, no noise, no right materials such as carbon, or coking phenomena after installation without re-insulating
8	Temperature	Suitable for the temperature of 300 degrees within the reaction heated	Temperature can be arbitrarily set Temperature of material: less than 700 ℃
9	Wear & tear	Conducting oil and heating tube should be renewal every year	without any increase in costs In the three years easy installation and maintenance	Saving 10,000 Yuan / year
10	Heat conduction theory	We put the oil in the jacket then make it heated. Finally the oil heat is transmitted to the materials in kettle	Uniform radiation heat directly redicate into the material inside the tank

Notice

Significant energy saving (28% or more) long life use(30,000 hours or more) A significant energy-saving of 53% Energy saving (950 cetnidegree)

Inquiry：（If immediate response needed, please call (86-28-62812181) or send e-mail to kf@yonton.com）

Print |

top

Name
Tel
Content
ValidCode	Refresh