Cartridge filter housings are used for a variety of applications, including cleaning and polishing processes in the process industries. The housing evenly distributes unfiltered water around the cartridges, capturing suspended solids that easily exit the system through the outlet pipe. Once filtered, the water then exits through the discharge pipe. The manufacturer of the cartridge filter should be able to provide the appropriate type of housing for the specific application. The following are some features to consider before choosing a cartridge filter housing.
Model 8500 single element filter housings are made of stainless steel, and are perfect for general industrial service. The unit is closed using a ring-nut closure and knife edge seal at the cartridge end. The model allows fluid to enter and exit the system without by-pass. A clamp style lid allows the user to easily swap out the cartridge. The housings are easily opened, and are available in a variety of lengths, from 10 inches to 60 inches.
The housings are typically permanently hosed and can be opened without special tools. Most are rated for low and high pressures and can be either a single or double open end cartridge. Some can accommodate up to 2000 m3/hr. The housings are commonly sand-blasted or painted with synthetic enamel for durability. These can be used in industrial applications and are also suitable for a wide range of applications.
In addition to being able to handle temperature and pressures up to 250psi, some filter housings can be permanently piped, which makes them more versatile. These housings are typically made from 304 stainless steel. They are capable of handling high flow and high pressures. The materials used in the manufacturing process make the filters durable, and can even withstand shocks and abrasions. Whether you're looking for an inline housing or a fully-piped unit, a reputable cartridge filter housing manufacturer can help you choose the right product.
Aside from being durable, a cartridge filter housing must have low pressure loss and be easy to open. A quality cartridge filter housing will offer minimal pressure and flow loss while being easy to open. It should also be resistant to cracks and crevices, and should be easy to maintain. In addition to being durable, a cartridge filtering solution must be simple to operate and maintain. If you need to replace a filter element frequently, make sure to replace the elements first.
In addition to the material, the cartridge filter housing should be made of several different materials. Carbon, iron alloys, and manganese are some of the most common materials. Moreover, they should have an ample space for the appropriate number of cartridges. Lastly, the cartridge filter housing should be durable and easily accessible. The right type of filtration system will be able to handle the varying conditions that may arise. The best type of housing will fit the needs of both the owner and the client.
