Importance of static mixer and inline mixer

Posted by Christian Silmaro on September 20th, 2016

What is static mixing manufacturer?

Static mixing is one of the most efficient processes of industrial mixing. One of the major benefits of a static mixing is the fact that it does not involve any moving part. This means that there is no requirement of external energy sources to mix. Static mixing ensures that the cost of production of your industry is minimized to a great extent. Static mixing the process of mixing liquid by letting it pass through a specially designed pipeline. The pipeline is being designed in such a way that the liquid takes a complicated path and ends up being a perfect mixture.

Application of static mixer

A Static Mixer has wide application in various industries. When it comes to mixing, static mixing is one among the best mechanism. Some of the important application of inline mixing is:

• Adding additive: Addition of additive to a reaction mixture is one of a most important process in the chemical industry.
• Neutralization: Static mixture is also used for the process of neutralization of PH in a mixture.
• Mixing of gases: A static reaction is also efficient in the mixing of several gases like liquid, the gases are being passed through the pipelines to resulting a perfect blend of two or more gases.

What is inline mixing?

An inline mixing is one of the most efficient mixing procedure. An inline mixer uses the process of gashing and reunification to achieve the perfect blend of fluids. In the process of inline mixing, the fluid is passed through the mixers that let the liquid flow either clockwise or anti-clockwise. This mixing procedure gives a consistent mix and a highly productive output. The variety of the inline mixing is dependent on the various internal parts of the mixer. Depending on the nature of the mixing you may choose the right one from the wide variety of these mixing equipment.

Advantages of inline mixers

Inline Mixer is widely chosen as a mixing equipment for various reasons.

• Low maintenance: Inline mixing device needs low maintenance. This helps to minimize the repairing and replacement cost.
• Low consumption of power: Low consumption of power would simply mean that cost of production is minimized to a great extent.
• Low investments: An in-line mixing device is a very simple mechanism. This is the reason of these devices comes at a very low price.
• Self-cleaning: The in-line mixing devices involves a mechanism that helps self-cleaning. This helps the easy maintenance of mixing device.