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Corrosion Preventive Steam Heating Reaction Kettle - High-Quality China Suppliers and Factory Solutions

Introducing our high-quality Steam Heating Reaction Kettle, expertly designed to enhance your production processes. This essential equipment features a robust kettle cover, a durable cylinder body, an efficient jacket, an advanced stirrer, a reliable shaft seal transmission device, and a sturdy support structure. As a leading factory in China, we are proud to supply top-notch reaction kettles to a variety of industries. Trust our experienced suppliers to deliver exceptional performance and reliability for your heating and mixing needs. Choose our Steam Heating Reaction Kettle for outstanding quality and efficiency in your operations

Description

The steam heating reaction kettle is composed of a kettle cover, a cylinder body, a jacket, a stirrer, a shaft seal transmission device, and a support.
Application of Reaction Kettle

This equipment is suitable for the reaction concentration of liquid materials in medicine, food, light industry, chemical industry, etc.

Operation Requirements

Heating should be done slowly, especially during secondary heating, to prevent the boiling of oil and water vapor. When there is no material in the pot and the pot is empty, the hot power supply and heating oil jacket should not be turned on for testing.

The steam reaction kettle is suitable for production environments with industrial steam, with fast heating temperature, accurate temperature control, and the ability to achieve material heating and quick switching for cooling, internal constant temperature, cleaning and sterilization functions. It can achieve automatic control of temperature, stirring, and material liquid. Suitable for customization. To properly use, maintain, and clean the reaction kettle, standardize and standardize various operations, extend the service life of equipment, ensure safe production, and stabilize product quality, several suggestions are proposed for how to use the steam reaction kettle correctly:

  1. During operation, try to avoid contact between the outer shell of the kettle and corrosive liquids such as acid and alkali. Once materials come into contact, they should be promptly wiped clean with a cloth;
  2. Prohibit washing equipment with water to avoid damage to the insulation layer;
  3. When the temperature is ≤ 0 ℃, the stored water in the jacket should be drained after use to avoid equipment damage due to freezing;
  4. For reaction vessels equipped with mechanical seals, the sealing area should be kept clean;
  5. If there is a blockage at the bottom of the pot during discharge, metal tools should not be used. Bamboo poles, plastic rods, or wooden rods can be gently poked open.

Technical parameters of steam heated thermal oil circulation heating reactor:

Specification

Size (L) Diameter (φmm) Jacket diameter (φmm) Motor power (kw) Gear reducer r.p.m
30 400 500 0.6-1.1 M2 60-80
50 500 600 0.6-1.1 M3 60-80
100 550 650 1.1-1.5 M4 60-80
200 650 750 2.2 M6 60-80
300 800 900 2.2 M6 60-80
500 900 1000 2.2 M6 60-80
1000 1200 1300 4 M8 60-80
1500 1300 1400 4 M8 60-80
2000 1400 1500 4 M8 60-80
3000 1400 1500 7.5 BLB 7.5-4-13 90
4000 1500 1600 7.5 BLB 7.5-4-13 63
5000 1600 1700 7.5 BLB 7.5-4-13 63
6000 1800 1900 15 BLD 15-5 60-100
18000 2000 2100 15 BLD 15-5 60-100
32000 3000 3200 37 BLD 37-56A 35-59

Frequently Asked Questions (FAQ)

What are the main components of the steam heating reaction kettle?
The steam heating reaction kettle consists of a kettle cover, a cylinder body, a jacket, a stirrer, a shaft seal transmission device, and a support.
Which industries are suitable for using this reaction kettle?
This reaction kettle is suitable for the reaction concentration of liquid materials in medicine, food, light industry, chemical industry, and similar sectors.
What are the key precautions to take during the heating process?
Heating must be done slowly, especially during secondary heating, to prevent oil and water vapor from boiling. Additionally, never turn on the hot power supply and heating oil jacket for testing when the pot is empty.
How should the kettle be maintained in freezing temperatures?
When the ambient temperature is ≤ 0 ℃, any water stored in the jacket must be completely drained after use to prevent freezing damage to the equipment.
What should I do if there is a discharge blockage at the bottom of the pot?
Do not use metal tools to clear blockages. Instead, gently poke it open using non-metallic materials such as bamboo poles, plastic rods, or wooden rods to avoid damaging the kettle.