There are significant differences between horizontal reaction vessels and vertical reaction vessels in terms of structural design, applicable processes, footprint, and stirring effects. Users should choose the appropriate equipment form according to the production process.

1、 Different structural forms

The vertical reaction kettle adopts a vertical installation method, with the stirring shaft arranged from top to bottom, and is currently a widely used reaction equipment in the chemical industry.

The horizontal reactor adopts a horizontal installation structure, with a low center of gravity and good overall stability, especially suitable for large equipment or special process requirements.

2、 Applicable materials are different

Vertical reaction vessels are more suitable for the mixing, reaction, and heat transfer processes of liquids, low to medium viscosity materials.

Horizontal reaction vessels are more suitable for high viscosity, paste like, slurry like materials, as well as processes that require longer residence times, such as resin, adhesive, polymer and other production processes.

3、 Different mixing effects

The vertical reactor relies on axial and radial circulation to achieve mixing, with a simple structure and high stirring efficiency.

Due to the longer cylinder, horizontal reaction vessels can adopt stirring structures such as screw belt and blade, which have better flipping and mixing effects on high viscosity materials.

4、 Land occupation and installation are different

The vertical reactor has a small footprint, but the equipment height is relatively high.

The height of the horizontal reactor is relatively low, making maintenance convenient, but it occupies a relatively large area.

5、 Different application fields

Vertical reaction vessels are widely used in industries such as chemical, pharmaceutical, food, and new materials.

Horizontal reaction vessels are more commonly used in the production of resins, coatings, adhesives, lithium battery materials, and high viscosity chemical products.

Overall, vertical reactors are suitable for most conventional reaction processes, while horizontal reactors are more suitable for high viscosity materials and special continuous production conditions. When selecting, comprehensive consideration should be given to material characteristics, production scale, and process requirements.