When you think of a filter press, what comes to mind? Perhaps the image of an industrial machine that can clean your water or clear your blood comes to mind. Whatever it is, if you’re looking to purchase one, there’s one thing you should know: not all filter presses are created equal. So how do you choose the best filter press for your needs? Read on to find out more information about the different types of filter presses and some helpful tips to ensure you get exactly what you need!
Consider The Intended Use Of Your Filter Press
When choosing a filter press, it is important to consider what it will be used for. Is your company big enough to need a commercial-sized machine, or do you have room to store a small tabletop model? How often will you need to clean your filter press and what water pressure does your location have available? Do you want your filter press to be portable or stationary? All of these factors can help you decide which type of Automatic filter press will work best for you.
Consider Who Will Be Using Your System
The first thing to consider when choosing a filter press is the size of your operation. If you are just starting, it’s probably better to get an entry-level model. If you have been in business for a while and have grown quickly, then it might be time to invest in a high-capacity system. The second consideration is what type of water you need to treat. For example, if your main water source has a lot of sediment (clay), then you will want to look for filters that are specifically designed for this type of use. Lastly, think about whether or not your company needs filtration on both sides of the membrane or just one side (double filtration).
Consider If You Need Additional Accessories With Your Unit
You should also consider whether you need to purchase additional accessories with your unit. Some units come with a wash pump, while others require that you purchase one separately. Other accessories include remote control, diverter valve and solenoid valve.
The type of application you are running will also dictate which filters are suitable and how many you will need. For example, some liquid applications may need up to four filters while solid applications may only need two or three.
Consider Flow Rates And Filtering Area Sizes
Flow rate is a measure of how much water can be filtered in one minute, and it affects filtration area size. A higher flow rate means that more water can be filtered per minute and vice versa. The type of media filters will also dictate the size of the filtration area. Media filters are either flat, cylindrical, or pleated. Flat filters can only be used in cylindrical tanks while pleated filters can only be used in flat-bottom tanks. As a result, you should consider both your desired flow rate and type of media when choosing a filter press to fit your needs.
Consider Storage, Transportation And Service Requirements
Depending on your specific application, there are several things to consider when choosing the right filter press. The first step is to determine your service requirements: how much space will you need, how often will you need a rebuild or replacement and what kind of power supply is required. Next, look at transportation requirements: are you running your operation in-house or remotely? What kind of remote access will be available and what is the distance from the production site to service personnel and spare parts? Finally, take stock of storage considerations: does your application require stackable units or a design that can grow as production demands change over time?
Ask More Questions Than You Think You Need To Ask
1) What is your budget for a new tailor made filter press, and how much production volume per day will it be handled?
2) How long can you wait to get your new filter press up and running and produce the product? 2) What type of filters will be used in the process, such as cellulose or synthetic material, natural or man-made fibres, etc.?
3) What are you planning to produce with this new filter press in terms of product type (such as filters, papers, plastics, etc.)?
4) Where will the machine run and what is its power source (electricity only or gas)?
5) Is there a space available at your facility to install this machine – floor loading dock or forklift required?