If you run industrial processes that rely on the movement of materials from one point to the other, then you require the right equipment for maximum efficiency. Failure to do this can result in interruption of your manufacturing processes. Besides, quality control of your operations may be thrown into jeopardy.
Flow aids are essential equipment required to achieve a smooth flow of materials in your processes. But how do you choose flow aids that are appropriate to guarantee the efficient running of your applications? Read on to learn more.
Select the Right Flow Aid Types
Generally, flow aids are classified according to their design and the nature of materials they handle in an industrial process. Their physical structure may be customised for coarse materials, such as gravel and coal or fine and granular materials like cement and sand.
Using the wrong flow aid as per the material density means a higher probability of running into problems. Such issues can be avoided by choosing the right type of industrial flow aids.
Identify the Required Vibration Equipment
There are different types of flow aids that come in varying sizes and functionality. But essentially, they are devices that use vibration to improve material flow in an industrial process.
It's thus important to determine in advance the type of vibrator required. Should it be a piston-activated, electric or any other kind of flow aid? Find out whether the necessary vibrator has proper sizing and correct mounting to fit the purpose.
Determine Your Ratio Calculations
You must determine the weight per cubic measurement in your application before finding out the force required to move the materials in your application. For example, free-flowing materials have a distinct set of measurements from those with higher moisture content, with the latter experiencing more resistance.
Other Factors to Consider
In some instances, you may require several flow aids for your process to work seamlessly. That's especially true if your application's hopper or other devices are more extensive than usual. Furthermore, inspect your power supply to determine whether it can handle throughput without any glitches.
In a nutshell, you'll need to approach this question in multiple angles to find the right answers. If along the way your process runs into challenges and you're unsure if you have the right flow aids, seek help from professionals with experience in this field. They are best suited to offer invaluable advice on appropriate flow aids for your specific industrial application.