As HOMMAK Machinery, with its experienced and expert teams, we manufacture high-efficiency Yogurt Plant designed specifically for your needs, and we are always by your side with our knowledge and dedication to meet your requirements.
As HOMMAK Machinery, with its experienced and expert teams, we manufacture high-efficiency Yogurt Plant designed specifically for your needs, and we are always by your side with our knowledge and dedication to meet your requirements.
In a Yogurt Plant, a homogenizer is utilized to standardize the consistency and quality of milk. This equipment naturally reduces the size of fat globules in milk, leading to a more uniform structure. As a result, the viscosity of the milk increases, aiding in the production of a more stable yogurt product.
In the homogenization process, milk is forced through a homogenization valve at high pressure, which causes the fat globules to shrink and disperse into smaller sizes. This leads to a more uniform structure in the milk due to smaller fat globules, resulting in higher quality yogurt production.
The homogenizer plays a crucial role in yogurt production lines as it improves the quality of milk used in yogurt production.
Mixers in yogurt plant are used to mix different components and achieve a homogeneous mixture. The mixers used in yogurt production are specially designed to homogeneously mix viscous and thick materials, such as milk, yogurt culture, and other additives.
Some advantages of using a mixer in the yogurt production line include:
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.
High-pressure pumps are ideal for transferring high-viscosity products. The pump should be preferred according to the product and operating conditions. Can work at pressures up to 600 bar.
As a result of long R&D studies, HOMMAK Machine has developed the Hommix. Unlike many mixers, Hommix Powder-Liquid Mixer forces the powder-liquid mixture to flow in liquid form to attract the powder.