A reliable mining concrete placement system is essential for underground mining and construction projects that require efficient concrete mixing, pumping, and material delivery. Restricted access, limited ceiling heights, and long pumping distances can make conventional concrete placement challenging. Specialized equipment helps contractors manage these conditions when ready-mix concrete is not a practical option.
The Blastcrete MineMate is a labor-saving concrete mixing and pumping system designed for underground mine sealing, grouting, and underground shotcrete applications. It combines an X-10 ultra-high-pressure swing tube piston pump with a high-shear continuous mixer, providing an integrated solution for preparing and delivering compatible concrete materials.
With an output capacity of up to 12 cubic yards per hour and the ability to pump suitable materials over distances exceeding 500 feet, the MineMate offers a practical option for demanding underground projects. Its low-profile design and integrated material screw conveyor further support efficient material handling in selected confined work areas.
What Is a Mining Concrete Placement System?
A mining concrete placement system is specialized equipment used to mix, pump, and deliver concrete or other compatible cementitious materials for underground construction and mining applications. Depending on project requirements, these systems may support mine sealing, grouting, shotcrete, and other concrete placement activities.
The Blastcrete MineMate combines continuous mixing and high-pressure pumping in one machine. This integrated arrangement helps contractors prepare and deliver material at the job site when ready-mix concrete is unavailable or impractical.
For mining contractors looking for a compact mining concrete placement system, the MineMate provides an integrated mixing and pumping solution designed for selected underground applications.
Blastcrete MineMate: Integrated Mixing and Pumping Technology
The Blastcrete MineMate brings together essential material preparation and pumping functions to support underground concrete placement.
1. Ultra-High-Pressure Swing Tube Piston Pump
The MineMate features a 3-inch × 24-inch ultra-high-pressure swing tube piston pump designed for demanding concrete pumping applications.
With pumping pressure of up to 2,200 PSI, the system provides the pressure capability required for compatible materials and suitable delivery-line configurations. This supports material transport to designated underground placement areas.
2. High-Shear Continuous Mixer
The integrated high-shear continuous mixer prepares materials for pumping as part of a combined mixing and delivery process. This design helps simplify equipment coordination and supports a more streamlined workflow on underground construction projects.
3. Low-Profile Design for Underground Work Areas
Underground mines and construction sites often have restricted ceiling heights and limited equipment access. The MineMate is designed to operate within a 6-foot ceiling, making it suitable for selected low-clearance environments.
Its compact configuration helps contractors position the machine in confined work areas, subject to site access requirements.
4. Integrated Material Screw Conveyor
The MineMate includes a material screw conveyor with a bin indicator to charge the continuous mixer. This feature helps streamline material feeding and reduces the need for manual charging.
5. Extended Pumping Distance
The MineMate can pump suitable materials over distances exceeding 500 feet. This capability gives contractors flexibility when the placement area is located away from the machine.
Actual pumping performance depends on material properties, mix design, delivery-line configuration, and site conditions.
Key Features of the Mining Concrete Placement System
The Blastcrete MineMate combines several features designed to support underground mixing and pumping operations.
High-pressure pumping: 3-inch × 24-inch ultra-high-pressure swing tube piston pump.
Pumping pressure: Up to 2,200 PSI.
Continuous mixing: Integrated high-shear mixer.
Low-clearance operation: Designed for a 6-foot ceiling.
Material charging: Screw conveyor with bin indicator.
Long-distance pumping: Capable of pumping suitable materials over 500 feet.
Flexible power options: Electric and diesel configurations.
Optional accessories: Additional equipment to meet project requirements.
These features make the MineMate an option for contractors evaluating mining concrete placement systems for compatible underground sealing, grouting, and shotcrete applications.
Power Options for Underground Concrete Placement
The Blastcrete MineMate is available with two power configurations to accommodate different site conditions.
50 HP Electric Motor
The electric configuration includes a 50 HP electric motor with starter and disconnect. It may be suitable for projects with a compatible electrical supply and appropriate site infrastructure.
66 HP Kubota V3600 Diesel Engine
The diesel configuration features a 66 HP Kubota V3600 water-cooled diesel engine, providing an alternative power option for underground construction and mining applications.
The appropriate power configuration should be selected according to site infrastructure, ventilation requirements, operating conditions, and applicable underground safety regulations.
Optional Equipment and Accessories
The MineMate offers optional accessories to support specific operating requirements.
Hydraulic receiving hopper agitator: Helps maintain material movement within the receiving hopper.
Pendant or wireless remote control: Provides additional operating flexibility.
Hydraulic pressure washer: Supports equipment cleaning and maintenance.
Contact the equipment supplier to confirm availability and compatibility for your intended application.
Applications of a Mining Concrete Placement System
The Blastcrete MineMate is designed for underground mine sealing, grouting, and shotcrete applications. Its mixing and pumping capabilities can support compatible
Mining Concrete Placement System: Discover the Blastcrete MineMate
