Industrial agitators for chemicals: What should we consider choosing a suitable model?

Purpose of the agitator: The first step is to determine the purpose of the agitator. Will it be used to mix liquids, to suspend solids, to heat or cool a solution, or to dissolve solids?

Liquid properties: Liquid properties, such as viscosity, density, thermal conductivity, and other factors, are important when choosing a stirrer.

Size and capacity: It is essential to consider the size of the mixing tank and the mixing capacity required to decide a suitable sized agitator.

Type of agitator: There are several types of agitators available, including propeller agitators, vane agitators, magnetic stirrers and turbine agitators, among others. Each type of agitator is suitable for different applications and properties of the liquid.

Speed and Control: Speed and control are important factors to consider when choosing an industrial agitator. Is a constant or variable speed required? Is programmable or manual speed control required? Do I need to shake in minimum volumes?

Energy efficiency: Energy efficiency is another important factor to consider, especially if large amounts of liquid are mixed or if precise temperature control is required. A correct speed and degree of agitation will maximize performance and improve efficiency.

Cost: Cost is another factor to consider when choosing an industrial agitator, although it’s a good idea to remember that a low-cost agitator may not be the best option eventually if it doesn’t meet your specific needs or requirements. Depending on the working conditions and use, the design must be adapted to them.

1. Type of paint. It is important to differentiate the type of paint that will be produced, since the most recommended agitation system differs from it, since the viscosity and the components vary considerably.

2. Dissolving power of pigments. If we talk about production, agitators with high shear power are required to dissolve the pigments that give colour, as well as a high degree of agitation for a great homogenization of the mixture.

3. Types of particular pigments. There are certain metallic pigments that require the use of colloidal mills and other elements for their rupture and dissolution. In InoxMIM we provide agitators with direct motor type VMD, for the preparation and dissolution of pigments and GFL agitators for maintenance and homogenization.