The Benefits of a Mixing Tank Series

Mixing tank series

The Benefits of a Mixing Tank Series

A tank mixer is an essential piece of equipment for any blending application. Proper sizing and installation are important to ensure thorough mixing without damaging the products being mixed.

Designed for sanitary sealed applications the Ph-series tri-clamp mount mixer offers a hygienic mechanical seal mounted above the shaft. They are available with several different impeller types and power ratings.


A mixing tank is a versatile piece of equipment that can be used for many applications. It can be fitted with a PH meter, pressure gauge, steam sterilization hole, liquidometer, sanitary manhole, and other features. Its non-porous material makes it easy to clean and is highly resistant to bacteria and microorganisms. This makes it ideal for food and beverage production. It is also cost-effective compared to glass-lined tanks.

A good mixer can be a key component to any production Mixing tank series line, but it’s important to select the right type of equipment for your application. You’ll want to consider the size of your tank, desired mixing speed, and intensity. Choosing a mixer that is too small or large can lead to an inefficient or unsafe operation.

Depending on your needs, you may need to use a side entry mixer or a top-entry mixer. Side-entry mixers can be mounted directly onto the tank nozzle, but they can be limited by size and site constraints. Milton Roy Mixing offers the SABRE propeller, a compact solution that overcomes these limitations.

Tank and mixer selection should be done concurrently to maximize process effectiveness. Purchasing tank components without considering the mixer may lead to an inefficient design that requires troubleshooting from day one. Brawn Mixer’s in-house applications team can develop the optimal tank and mixer solution, delivering a process-ready unit directly to your production lines.


Mixing tanks are a versatile piece of equipment that can be used for a variety of applications. They are often made from stainless steel, which provides durability and resistance to corrosion. They are also easy to clean and sanitize. This makes them a good option for many chemical and food production applications. However, it is important to consult with a knowledgeable tank mixer expert before making a purchase. They will have a better understanding of your application and can make recommendations to suit it.

The shape of the bottom of a mixing tank can significantly impact its performance. The use of baffles is an effective way to improve the mixing performance of a mixing tank. They prevent the contents from turning in a circular motion, which causes poor mixing conditions. Typically, baffles are added to rectangular tanks that are larger than 5,000 gallons. In addition, they are often incorporated into cylindrical tanks to avoid swirling.

The PhG-series Tri-Clamp mount mixer is a versatile choice for sanitary mixing applications. It is available in direct drive and gear-driven models for a wide range of viscosities. In addition, it can be fitted with a dry-running mechanical seal rated to 200 psi. This combination of features is ideal for use in pharmaceutical, biotechnology, and cosmetics industries. It is important to note that some chemicals may require specialized considerations when choosing a mixer.


Mixing tanks can be used to meet a variety of needs, including the food industry, pharmaceuticals, chemicals, cosmetics, and more. They are made from a durable, corrosion-resistant material and can be sanitized with ease. In addition, they are designed to prevent contamination from the outside. They are available in a variety of sizes and configurations. Some are also equipped with a PH meter and pressure gauge for monitoring the contents of the tank.

Some mixing tanks are also insulated to reduce heat loss and protect the product. In addition, they can be fitted with a steam sterilization hole. These features are important to ensure the safety of your products.

Stainless steel is an excellent material for mixing tanks, as it resists corrosion and can hold a high capacity. It is also non-porous, which makes it easy to clean and sanitize. It is a popular choice for the food and beverage industry, especially since it meets FDA standards.

For hygienic operations, mixing tanks can be lined with a variety of materials. Some are designed with a mechanical seal mounted outside the tank. The seal has rotating and stationary parts. The rotating component is set screwed to the shaft, and the stationary component has a sealed o-ring.

Mixing tanks are available in a range of shapes and sizes. Some are built for the pharmaceutical and food industries, while others are designed to handle high viscosities. These systems can be either a direct drive or gear-driven, depending on the type of product being mixed.


A mixing tank is a steel or stainless-steel vessel used in a variety of industries. Its durable construction and corrosion resistance make it a practical choice for harsh environments. It can also be easily sanitized, making it a popular choice for the food industry. Stainless-steel is also an ideal material for the construction of tank mixers because it is resistant to bacteria and is easy to clean.

In addition to the motor, the most Mixing tank series important component of a tank mixer is the impeller, which generates mixing action. Different impeller types are designed to handle different flow rates and viscosities. It is also important to select a suitable shaft that can withstand the forces generated by the impeller.

The design of a tank mixer is also a critical factor in its efficiency. A tank with a wide surface area will require a larger pump than a narrower one. For this reason, it is important to consult a chemical sales representative or local agricultural extension program for expert advice on proper tank mixing.

Many tank mixers have a swivel type head that allows the flow to be positioned to control BS&W in specific sectors of the tank bottom. This feature is particularly helpful for the storage of waste water and sludge. Newer mixers can swivel quickly and are capable of changing angles in seconds, which reduces power consumption and the likelihood of contamination.

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