Uniform Thickness Double Shaft Mixer Ceramic / Casting Blades Shock Resistance

Double shaft mixer blades,Classification: ceramic blades, casting blades:

1, Ceramic blade:it belongs to the improvement of mixing blades, mainly consists of fan surface and stir surface, the characteristic is good wear-resisting performance, long service time, improve the mixing uniformity, and the output of mixer, reducing energy consumption easy installation and maintenance, simple structure, simple implementation, easy implementation, especially suitable for the cement mixing of powder material, metallurgical industry with single and double shaft mixer.

2, Ceramic blade compared to the traditional blade has advantages of uniform thickness, density, surface smooth, level off, has good shock resistance and good wear resistance, service time is greatly increased.

SJ Series Double Shaft Mixer :

1, Introduction

The double shaft mixer has two screw shafts with symmetrical-distributed blades, one rotating to the right while the other rotating to the left at the same time, which can spray water to the dry ash/slag while conveying to mix and wet the material evenly so as to achieve the goal that no leaking of dry ash and no the seepage of water, and finally load the wet material to the truck or other conveying equipment. The moisture of the wet material is adjustable among 15 - 25%.

2, Characteristics of Equipment:

① The structure of supporting bearing and shaft seal for the main shaft of mixer is split-type.

This structure is conducive to the adjustment of the main shaft seal and replacement of the seal packing, and can avoid the ash leaking into the main shaft bearing cavity to damage the bearing.

② The main support end of the main shaft bearing adopts double row self-aligning roller bearing combined with thrust self-aligning roller bearing

This unique structure can avoid the quick wearing of main shaft bearings for only adopting the self-aligning roller bearing which cannot bearing large axial force, and also solve the problems, such as poor centering and thermal expansion of the main shaft, for only adopting the thrust bearing. The supporting end of the main shaft of the mixer is the fixed end, which is in a combined form of double row self-aligning roller bearing combined with thrust self-aligning roller bearing. This form can bear large axial force as well as radial force to make the main shaft which is the tension component under the most reasonable stress state. The non-supporting end adopts double row self-aligning roller bearing, which is the free end and can move axially, so as to absorb the thermal expansion of the main shaft. The structure of the bearing pedestal is split type, which is convenient for the maintenance and repairing of the bearing.

③ The main shaft adopts multi-slot labyrinth and packing combined shaft seal

The sealing structure has a good sealing performance and the wearing of the main shaft is light.

④ The drive mode for two main shafts is synchronous gear transmission

This drive mode can ensure the two shaft have a reliable synchronization. For the mixer adopting chain drive mode, the two shaft may has dis-synchronization for the falling of chain caused by insufficient tension, which may damage the screw shaft and blades.