Prolong the Life of Your Mixer with These Maintenance Tips

Words: Steve Wheeler

Words: Steve Wheeler
Photos: EZG Manufacturing

You’ve spent good money acquiring this equipment – don’t let downtime cost you because simple maintenance tasks were overlooked. We’ve outlined four key steps to maintain your mixers, avoid downtime and get the most out of your equipment.

1. Grease the seals and bearings

Whether you’ve just purchased a new mixer or maintaining your fleet, a little TLC can go a long way to ensure you get the most life out of your machines. Greasing the seals and bearings is one of the simplest yet most important things you can do daily to maintain your mixer. Greasing the bearings will help your mixer run smoothly while reducing the chance of components locking up and not turning over time. Keeping the seals greased will also help the paddle shaft turn correctly and prevent the seal from drying out. 

Did you know EZG Manufacturing keeps about 1-1/2” of space between the seal and the bearing? This extra space helps protect your bearing from damage in the event the seal does leak and needs to be replaced.

2. Spray your equipment down at the end of the day

Cleaning your mixer thoroughly at the end of each day will save you time and will help prevent unexpected breakdowns on the job. Take 5 minutes to spray material off the paddles, shaft, and drum to keep all parts in good working condition. If material is left to harden and build up, your mixer’s efficiency will take a hit and put unnecessary strain on parts that may fail sooner than they should. 

It's common for crews to take a hammer to the drum and paddles to knock off the last day’s material. EZG Manufacturing has built their parts with thicker steel to overcome the rough handling a mixer can take each day.

3. Check engine and fluids frequently

Check all fuel and hydraulic lines daily. Since most mixers are kept outside and are vulnerable to weather, this is key and shouldn’t be overlooked. Checking these daily will allow you to spot any tears, holes, or loose connections before a failure occurs.

It’s recommended to always consult the manufacturer’s instructions on when to change and what types of fluids can be used when performing these maintenance tasks.

4. Inspect your mixer at the beginning and end of each day

While it sounds time-consuming, if you or your crew spends only 5-10 minutes at the start and end of the day visually inspecting your equipment, you’ll save thousands of dollars over the life of the mixer and keep crews running - avoiding lost time while your machines are being repaired.

Get Help from the Pros

EZG Manufacturing knows a thing or two about mixers and how to keep them working as efficiently as the day they arrived on site. Visit our Maintenance Tips for more information on how to keep up on maintenance or connect with our Parts Department to order replacement parts. 

The Importance of Instructor Support
April 2026

Whether you are a new or veteran masonry instructor, we all need support throughout our careers. We can never stop learning, and keeping up with ever-changing technology, materials, and installation techniques can be overwhelming alongside the everyday pr

Vibing Masonry #11: Innovative Concrete Masonry Technologies in Healthcare Design
April 2026

In the high-stakes environment of healthcare design, every material choice is a clinical decision. Architects, engineers, and facility administrators are tasked with creating spaces that are not only resilient and code-compliant but also conducive to heal

Why Termination Bars Still Matter: A Practical Look at Long‑Term Flashing Performance
April 2026

In recent discussions across the masonry industry, I have heard termination bars described as “old school.” The implication is that with modern materials, primerless peel-and-stick flashings, advanced sealants, and structural insulated sheathing, mechanic

Building Solutions: The Critical Role of Cavity Space in Masonry Moisture Control
April 2026

Long before “rainscreen” became a popular term in building science, masonry cavity walls were functioning on that very principle. A brick veneer cavity wall is designed with the expectation that water will penetrate the exterior