Residual sieves are devices used to separate solid particles of different sizes in a liquid suspension. They are commonly used in industrial applications such as water and sewage treatment, mining, food and pharmaceutical industries. Residual sieves can be manufactured in different materials, including stainless steel, polymers and non-ferrous metals, and can have different types of meshes or screens to separate different particle sizes. Grupo EP works with two types of sieves, they are:
Static Sieve is a device that does not have mechanical movement and is used to separate particles of different sizes using a screen or mesh. This sieve is generally composed of a static box that contains the screen or mesh, and an upper cover that allows the entry of material. The liquid suspension is placed in the box, and the larger particles are retained on the screen or mesh, while the smaller particles pass through it.
A rotary sieve is a device that has mechanical movement and is used to separate particles of different sizes using rotary movement. This sieve usually consists of a cylindrical chamber that contains a screen or mesh, and an upper lid that allows material to enter. The liquid suspension is placed in the chamber, and as it rotates, the larger particles are retained on the screen or mesh, while the smaller particles pass through it.
Rotary screens are generally used in applications that require high processing capacity, such as water and sewage treatment, food industry, mining and chemical industry, as they can process large volumes of material. Static sieves are more suitable for applications with smaller volumes of material and where greater precision in separation is desired.
Static Sieve:
Rotary Sieve:
It is important to note that some rotary screens may have automatic cleaning mechanisms such as brushes, air or water jets to remove particles trapped in the screen or mesh, allowing operations to continue without interruption.
Static sieves generally have screens or meshes with precise opening sizes, which allows them to separate particles of different sizes with precision.
Static sieves are generally easy to dismantle and clean, which makes them easier to maintain.
Static sieves are generally cheaper than rotary sieves because they have fewer mechanical components.
Static sieves can be made from different materials, including stainless steel, polymers and non-ferrous metals, making them resistant to corrosion and wear.
Rotary screens are generally capable of processing large volumes of material due to their rotating motion.
Rotary sieves can separate particles of different sizes with high efficiency due to the rotating movement.
Rotary sieves can be customized to meet the specific needs of a given application, such as changing the mesh size or adding additional components.
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