The differences between high-efficiency powerful mixers and traditional drum mixers are divided into the following aspects:

1. Installation area: high-efficiency powerful mixers are only traditional The drum mixer occupies 30% of the area

The efficient and powerful mixer occupies a small area and saves 70% of the area compared with the traditional drum mixer.

For example: According to production needs, a drum mixer with a length of 22M and a diameter of 4.5M occupies an area of ??about 7M*25M. The total area is about 175㎡ and the total height is 7.5M; with this The corresponding high-efficiency and powerful mixer only requires one CQM40 mixer, covering an area of ??about 50 square meters and a height of about 4M;

2. The weight of the mixer: Compared with the drum type, the high-efficiency and powerful mixer The mixer significantly saves land and foundation costs.

For example: the weight of the drum mixer is 400-500T and can only be installed on the ground; the weight of the high-efficiency powerful mixer is 58-60T and can be installed on the steel structure, which is easy and fast to install. .

3. Comparison of the mixing uniformity of the high-efficiency powerful mixer and the transmission drum mixer: at the same time, the mixing uniformity of the high-efficiency powerful mixer is 90% higher than that of the drum mixer.

4. The installation cost of high-efficiency powerful mixer is greatly reduced compared with drum mixer.

5. The high-efficiency powerful mixer has an automatic cleaning function inside. The change of sintering raw materials in the future will not affect the use of the powerful mixer. This has been applied in various industries and confirmed by many customers. However, the internal dipping amount of the drum mixer reaches 100%. It is inevitable that more fine materials will be used in the future development of the sintering process. More fine materials means a larger dipping amount.

6. Speed-Froude number:

The manufacturing principle of the rolling mixer limits its speed. The Ferlaud number of the rolling mixer is less than 1, that is, when there is no boring Input enough mechanical energy into the machine, resulting in poor mixing effect and material sticking to the wall.

The mixing principle of the high-efficiency powerful mixer, the arrangement of the rotating mixing disk, wall bottom scraper and high-energy rotor, greatly increases the Feraud number to obtain better mixing effects, achieving ideal mixing on the advantages Uniformity.