1. Overview

The special single-shaft mixer for magnesium oxide features uniform mixing, high efficiency, and durability. The main technical highlights of this model include: resolving the contradiction between the discharge port area and sealing, allowing for a larger discharge area while maintaining good sealing; improving the structure of the mixing blades to enhance shear force for more uniform mixing; and increasing the concentricity of the mixing shaft, significantly reducing mechanical resistance.

2. Applicable Scope

Magnesium core boards, glass magnesium boards, magnesium tiles, magnesium air ducts, magnesium crafts, magnesium foam products, etc.

3. Technical Features

1. The speed is adjustable, allowing for uniform mixing and a more thorough reaction of magnesium oxide, increasing strength by about 10%, and forming a more stable crystalline structure that effectively suppresses the drawbacks of magnesium oxide. The outstanding advantage of the magnesium mixer is its high shear force and uniform mixing. By further improving the angle difference and area ratio of the mixing blades, the shear force has increased threefold compared to the original magnesium mixer, greatly increasing the contact opportunities between brine and magnesium oxide, leading to a more complete reaction.

2,Discharge operation is simple and labor-saving.The unique long discharge handle greatly facilitates operation. The cylinder wall has no residual material, making cleaning easy. A micro-distance design is adopted, with a minimal distance between the mixing blades and the cylinder wall, preventing slurry from adhering to the wall. By changing the number of mixing blades and their area and angle, the problem of material sticking to the end wall and uneven mixing at the ends is completely resolved, making it easy to clean.

3,Durable.The substantial amount of steel used makes it heavy and resistant to wear. This greatly extends its service life while reducing noise generation. Mixing has no dead angles, and the mixer cylinder is designed optimally. Every corner can be mixed, leaving no dry material clumps.

4,Convenient for magnesium foaming.Due to the extremely light weight of the foam, it easily floats on top of the slurry and cannot penetrate into it. Traditional mixers cannot effectively mix it; if the speed is too low, the foam cannot enter, and if the speed is too high, it easily causes foam separation. The use of dual-shaft multi-group blades for repeated kneading, shearing, and counter-rolling during high-speed mixing prevents foam separation.

5. The speed is adjustable, which reduces mechanical resistance. By improving the original fixing method of the mixing shaft and increasing the concentricity of the mixing shaft, mechanical resistance is greatly reduced.