Slurry mixer

Slurry mixer with Capacity 10m³ for Bentonite

Name: Slurry mixer
Capacity: 10m³
Application: The mud mixer is designed to prepare and mix slurry used in construction applications such as trenching, bored piles, no-dig piling, and horizontal directional drilling (HDD). The unit comprises a high-speed mixing device, pump unit, pipe assembly, and slurry tank.

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Product Details

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Product Details:

Specification:

Parameter	GMME10A
Circulation Capacity	100 m³/h
Capacity	10 m³
Diameter of Outlet	DN100
Pump Power / Quantity	15 kW / 1 PC
Stirrer Motor Power / Quantity	3 kW / 1 PC
Total Power	18 kW
Working Dimensions ( L×W×H ）	4.8×2.3×3.3m
Weight	3240 kg

Feature:

The mud mixer is designed to prepare and mix slurry used in construction applications such as trenching, bored piles, no-dig piling, and horizontal directional drilling (HDD). The unit comprises a high-speed mixing device, pump unit, pipe assembly, and slurry tank.

Efficient Mixing Performance: Equipped with a high-speed mixing device to ensure quick and uniform slurry preparation.
Integrated Design: Combines mixing, pumping, and storage in one compact unit for easy operation and transport.
High-Quality Pump Unit: Ensures stable slurry circulation and delivery, suitable for various construction needs.
Robust Pipe Assembly: Corrosion-resistant and durable piping system designed for long-term use and minimal maintenance.
Customizable Tank Capacity: Available in different sizes to meet project-specific slurry volume requirements.
User-Friendly Operation: Simple controls and clear layout enhance ease of use and reduce training time.

Advantages:

Precise Slurry Mixing
Ensures consistent slurry density to improve borehole quality and overall construction performance.
Enhanced Additive Integration
Fully blends additives with bentonite to maintain optimal colloid content, boosting slurry stability and effectiveness.
Rapid Bentonite Hydration
Speeds up the swelling process of bentonite, significantly shortening slurry preparation time.
Increased Construction Efficiency
Saves time and labor with faster mixing and reduced manual handling.
Reduced Material Waste
Minimizes clumping and improves material utilization—saving 10%–15% bentonite compared to traditional methods.

Construction Process: