Simple, scalable all-in-one colloidal grout mixing plants.
Our designs take advantage of clean and simple mill configurations to ensure your grout plant always operates at near or full capacity.
Amix Grout Plants (AGP) are advanced grout mixing and pumping systems. The Amix Grout Plant (AGP) is built using modular design principles with a focus on ease of use and scalability. The Amix Grout Plant (AGP) utilizes clean and simple mill configuration with less moving parts.
Amix grout mixing and pumping systems produce high outputs while maintaining a low carbon footprint.
The AGP can be containerized or skid mounted, and is built application specific for use in:
Amix is committed to engineering and manufacturing equipment with you in mind.
Our grout plants are advanced grout mixing and pumping systems that include our patent pending Amix Colloidal Mixer (ACM) that offers the best in colloidal milling technology.
The ACM utilizes a clean and simple mill configuration with less moving parts, and produces high outputs while maintaining a low carbon footprint.
Our colloidal mixer has been built to work for you and the environment. By utilizing batch water for the cleaning cycle the ACM has less downtime and less waste.
This technology keeps your grout mixing and pumping systems operating at near 100% availability, automated to free up the personnel for other project requirements.
No babysitting required.
Get the job done faster.
Built using our ACM colloidal mixer, our grout plants are built to last and perform above industry standards. With the best quality control you’ll find on the market, AMIX grout plants will help you get the job done faster with less maintenance and machine overhead.
Advanced grout mixing and pumping systems that product high outputs with low carbon footprints. No babysitting required.
Our grout plants can be containerized or skid mounted for easy set-up and start-up and are modified to suit your unique job environment.
Our grout plants produce a homogeneous uniform product for increased pumping distance, bleed resistance and void penetration.
All of our plants come with coordinated device allocation, electrical control and power design, MCC panels and PLC / HMI programming built in.