mixing matters blog

Industrial Mixing topics from your mixing experts

Mixing matters blog - Covering any topic involving industrial mixers and utility mixers

Electric vs Air Motors in Mixers
Industrial Mixing

Mixing 101: Air vs. Electric

5 FACTORS FOR OPTIMAL MOTOR SELECTION Air or electric? End users often don’t understand all the factors to consider when making the decision to use an air motor vs. an electric motor in their mixer configuration. While a mixer’s motor type is largely determined by the plant environment, the value of considering several important factors is substantial when each consideration point is thoroughly understood. A proper understanding of torque, energy efficiency, variable speed, mixing environment, and mixer weight are all significant and valuable considerations to discuss when selecting an appropriate motor. In a real-world example, our engineers leveraged these factors when working with a leading car manufacturer, and the decision to make a wholesale change within their production environment not

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Mixer Configuration Application
Mixer Configuration

Mixing 101: Optimal Mixer Design

4 FACTORS FOR OPTIMAL CONFIGURATION Getting the right mixer for the job involves so much more than simply purchasing a standard unit off-the-shelf. There is an art to configuring a mixer that will optimize the results of an application. Selecting a mixer based solely on horsepower or RPM requirements can produce less than optimal results, and even damage your product through excessive shear. As we discussed in an earlier post, we first need to understand the 4 Factors for Configuring a Mixer, which are: Tank Type & Volume Fluid Viscosity Specific Gravity Environment & Process Once a Dynamix Sales Engineer understands these factors in relation to your application needs, we are ready to configure a mixer that will both maximize your investment

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Drive Cyclo
Dynamix Products

DMX Series Featuring the Cyclo Drive

DMX Series Featuring the Cyclo Drive SM Cyclo Drive for Maximum Torque Reliability & Performance The unmatched power and durability of the innovative DMX Series portable mixer begins with the Cyclodial Speed Reducer, or “Cyclo® Drive”, at the heart of the design. The Sumitomo Cyclo® Drive is unique and is unsurpassed by any other inline drive available in the market today. Cyclo® drive geared motors are characterized by their reliability, long service life and outstanding efficiency, even in the most severe applications. By using the Cyclo® Drive, the DMX Series is able to withstand shock loads exceeding 500% of their rating and transmit load distribution uniformly over the power transmitting components. The Power of Rolling Compression The key to Cyclo® Drive’s matchless

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rotor
Mixing Principles in Play

Principles In Play: Rotors from Sea to Sky

Principles In Play: Rotors from Sea to Sky Rotors in Relation to Torque In September’s newsletter we talked about how the right propeller selection can ensure success on those annual fishing trips. This month, things are “looking up” with a brief discussion about the rotors that provide lift and direction to helicopters. With our head office in the coastal city of Vancouver, we often see helicopters heading toward the coastal mountains or vast forests. They’re used routinely by coast guards and other search and rescue teams , including the fire-fighters who battled the forest fires that plagued us this past summer in the BC interior. Most helicopters use two types of rotors. The main rotor, located on top of the

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hoover turbine
Mixing Principles in Play

Dam! Now that’s torque!

Principles in Play: Dam! Now that’s torque! How the Hoover Dam Creates Torque If you’ve ever visited the Hoover Dam, there’s no doubt that you’ll have been amazed at the size and simplicity of the outsized generators that convert hydro-electric power into electricity for the south western United States. Here’s how the US Corps of Engineers explains how the Hoover Dam works: “A hydraulic turbine converts the energy of flowing water into mechanical energy. A hydroelectric generator converts this mechanical energy into electricity. The operation of a generator is based on the principles discovered by Faraday. He found that when a magnet is moved past a conductor, it causes electricity to flow. In a large generator, electromagnets are made by

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Quality Mixing
Dynamix Products

Mixing 101: 4 Impeller Types & Their Applications

Mixing 101: 4 Impeller Types & Their Applications The Importance of Impeller Selection We first mentioned impellers in our blog discussing 4 factors for configuring your mixer. In this post, we will look more closely at impeller types and their applications. The impeller is the component of a mixer that does the actual mixing and produces the results. That’s because when it rotates, it creates fluid flow and shear patterns. While there are many types of impellers, there are 4 main types we use when engineering mixers. The 4 Main Impeller Types 1. Airfoil Generally most efficient because it produces the maximum pumping with the lowest shear. Standard Dynaflow™ High Solidity Dynaflow™ for Gas Dispersion 2. Pitch Blade Ideal for

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