Electric motor high shear grout mixer
An electric motor high shear grout mixer is a powerful and efficient mixing solution designed for the rapid and uniform preparation of cementitious grouts, bentonite slurries, polymer mixes, and other viscous construction fluids. These mixers are widely used in piling, ground stabilization, diaphragm walling, tunneling, and grouting applications where consistent, lump-free slurry is critical.
The electric high shear grouting mixer uses the speed difference between the high-speed rotating rotor and the stationary stator to generate strong shear force, which crushes solid particles such as bentonite and cement and evenly disperses them in water to form a stable slurry.
Electric motor high shear grout mixer applications:
Bentonite slurry mixing for bored piles and slurry walls
Cement grout preparation for jet grouting, soil nailing, or anchor grouting
Polymer mixing in HDD (horizontal directional drilling)
Microfine cement and chemical grout dispersion
Backfill and compensation grouting
Electric motor high shear grout mixer technical features and advantages:
1. Efficient Mixing
Short mixing time: A complete mixing cycle takes only 1-3 minutes, over 50% more efficient than traditional mixing equipment.
High uniformity: Shear forces ensure thorough dispersion of all particles, preventing clumping or settling, resulting in slurry uniformity exceeding 98%.
2. Strong Adaptability
Capable of handling high-concentration slurries: Supports pure cement slurries with water-cement ratios as low as 0.37:1, as well as composite slurries with added materials such as bentonite and sand.
Wide Material Compatibility: Suitable for mixing a variety of materials, including cement, bentonite, and chemical additives, to meet diverse project requirements.
3. Compact and Easy Maintenance
Modular design: Key components, such as the mixing tank, rotor, and stator, can be quickly disassembled for easy cleaning and replacement.
No wearing parts: Select models (such as the LM300E) feature rotors made of wear-resistant materials, reducing maintenance costs.
