High-pressure homogenizers are an important piece of equipment used in many industries to enhance the quality and production efficiency of fluid products. The correct choice of homogenizers not only increases production efficiency, but also contributes to the reduction of production costs.
HOMMAK high-pressure homogenizers are equipped with advanced technology and latest innovations, providing superior performance and efficiency to their users. Additionally, they guarantee long-term and trouble-free operation with a 10-year MonoBlock warranty.
As HOMMAK Machinery, with its experienced and expert teams, it is always at your side with its knowledge and dedication to meet your needs by manufacturing high-efficiency High Pressure Homogenizer specially designed for you.
Many fluids are heterogeneous. The heterogeneity of fluids leads to disadvantages in terms of production according to the area of use. High-pressure homogenizer is used to eliminate these kinds of disadvantages.
The technically correct homogenization, the product quality increases, the use of additives and the production cost are reduced. Homogenization enables the viscosity value of the products to improve in the desired direction.
The description of homogenization can be made shortly as follows: The heterogeneous fluid product is forced to pass through a small hole by applying high pressure. As a result of micronized particles passing through the hole at high speed, the surface area increases and they become homogeneous permanently. This process applied is defined as “homogenization“. The homogenization machine is called homogenizer.
The description of homogenization can be made shortly as follows: The heterogeneous fluid product is forced to pass through a small hole by applying high pressure. As a result of micronized particles passing through the hole at high speed, the surface area increases and they become homogeneous permanently. This process applied is defined as “homogenization“. The homogenization machine is called homogenizer.
Homogenizer ensures that the fluids passing through it are made homogeneous by reducing their particle size with cavitation, shear force, impact velocity and turbulence effect under pressure. In this way, phase separation is prevented.
To prevent phase separation physically, the particle size of the product should be reduced. Accordingly, surface tensions will decrease and phase separation will be minimized.
According to Stokes’ Law, the phase separation rate is proportional to the square of the particle diameter. For example, if the time required for a fat globule with a particle diameter of 2R to separate is T, it will be 4T for a globule with a particle diameter R to separate.
As a result, particle sizes should be reduced if phase separation is desired to be prevented physically. The most effective way to reduce particle size and prevent phase separation is the use of high-pressure homogenizers.