If you work with industrial mixers, you know the mixing components themselves get most of the attention. People focus on the motor horsepower, the impeller design, or the shaft length. 

But there is another piece of the system that matters just as much: how the mixer is mounted to the container. 

A mixer that isn't properly supported or positioned can create serious process issues. Poor alignment, vibration, limited adjustability, and operator safety concerns often trace back to the mounting setup rather than the mixer itself.

Once you've selected the impeller, motor, and shaft, the next step is deciding how the mixer will interface with the container. In most applications that means choosing between:

• Mounting the mixer directly to the vessel
• Using a stand that allows the mixer to move between containers

The right choice usually depends on whether your containers are stationary or mobile.

Let's look at the most common mounting approaches used in industrial mixing systems.

7 Types of Industrial Mixer Mounts

1. Drum Lid Mount

A drum lid mount is designed for mixing directly inside 55 gallon drums.

In this setup, the mixer is attached to a plate that sits on top of the open drum. The plate is secured using the standard drum closure ring that normally holds the drum lid in place. Once tightened, the mixer stays positioned over the drum while the shaft and impeller extend into the material.

 2. Bung Mount

A bung mount mixer allows mixing without removing the drum lid. The mixer shaft passes through the bung opening in the lid. To make this possible, bung mount mixers use folding propellers. The blades fold as they pass through the opening and then expand once the mixer begins rotating.

This setup is useful when the container needs to remain closed or when operators want to limit product exposure.

3. Tote Mount

A tote mount mixer is designed for IBC tote containers.

The mixer is supported by a bracket that expands and clamps onto the outer edges of the tote frame. Once secured, the mixer sits above the tote opening while the shaft extends into the liquid or slurry inside.

This configuration allows facilities to mix directly in the tote without transferring the material to another container.

4. Clamp Mount 

A clamp mount mixer attaches directly to the side of a container using a vice style clamp.

This mounting style makes it easy to install the mixer quickly and move it between containers when needed. Clamp mounts are commonly used for drums, small tanks, and pilot scale mixing setups.

5. Flange Mount

A flange mount is typically used for larger process tanks.

In this configuration, the mixer connects directly to the tank's flange opening and is bolted into place. A seal or gasket is usually installed between the mount and the tank to prevent leaks.

Flange mounts are often used in permanent mixing installations where the mixer remains attached to the tank for long production runs.

6. Plate Mount 

A plate mount mixer uses a flat mounting plate that can be bolted to structural supports above the tank.

Often the plate is attached to two C channels that span across the tank opening. The mixer is then mounted to the plate so the shaft extends into the vessel. This mounting style is commonly used in custom mixing setups where a standard container mount does not apply.

7. Pail Mount

A pail mount mixer is designed for five gallon pails.

The mount attaches directly to the rim of the container and supports the mixer while the shaft and impeller extend into the material. These mixers are often used for product testing, laboratory work, or small batch mixing.

Choosing the Right Mixer Setup

By this point, you’ve seen how the main components of a mixing system work together. Each piece plays a role in how effectively energy is transferred into the fluid and how stable the mixer remains during operation. Selecting the right mount or stand ensures the mixer is positioned correctly so the impeller can generate the proper flow pattern inside the container.

If you're still unsure which mounting option is best for your application, our sales engineers can help. They can review your container type, material properties, and mixing goals to recommend the right configuration.