Filtering Soya Bean Milk screen

Filtering soya bean milk screen is a device specially used to separate soya milk from bean dregs. It filters out the solid residue in the ground soya milk slurry through the pores of the screen to obtain clear and delicate soya milk. It is widely used in agriculture, food processing and other fields, and is a key tool to ensure taste, quality and efficiency in soy milk production. Its core is to intercept bean dregs particles through a screen with a specific aperture (expressed in mesh number) and allow liquid to pass through to achieve the purpose of purifying soy milk.

Video of filtering soya bean milk screen

What is the function of filtering soya bean milk screen?

The main function of filtering soya bean milk screen is to separate the solid residue (bean dregs) in the ground soy milk slurry from the liquid soy milk to ensure that the soy milk is delicate and free of impurities, including:

Improve taste: remove bean dregs particles to make the soy milk smoother, suitable for direct drinking or processing into soy products.

Improve purity: filtering soya bean milk screen can filter out impurities such as fiber and bean skin to ensure the food safety and appearance of soy milk.

Resource separation: Separate the bean dregs for subsequent use (such as feed, fertilizer or food processing).

Optimize the process: In automated production, the filtering soy bean milk screen reduces manual intervention and improves production results.

What are the shortcomings of the filtering soy bean milk screen?

Insufficient filtration efficiency and precision

Although high-mesh screens (such as above 200 mesh) can improve the fineness of soy milk, they are easy to cause the filtration speed to decrease and increase the processing time. For example, when a 200-mesh gauze screen is used for filtration in factory production, if the processing volume is large, it may affect the overall efficiency.

Sensitive to soy milk temperature

If the soy milk is hot filtered (such as above 80°C), the plastic seals or strips used in the filtering soy bean milk screen may deform and age; although the stainless steel material is heat-resistant, the screen tension may be affected by heat.

Limited application scenarios

It is inconvenient to use at home, inefficient and labor-intensive; although the electric filtering soy bean milk screen is convenient, it is large in size and takes up kitchen space. The production capacity of traditional filter screens is limited and it is difficult to cope with large-scale production. For example, in factory production, hundreds of liters of soy milk need to be processed every hour, and ordinary filtering soy milk screens may not be able to meet the needs of continuous operation.

Noise and energy consumption issues

It makes a lot of noise when working, which may affect the user experience; some models have high energy consumption, which increases the cost of use. With the use of automated equipment, it is necessary to manually monitor the filtering effect and clean up the residue in time, which makes it difficult to achieve complete unmanned operation.

Recommended mesh number of filtering soy bean milk screen

The mesh number selection of filtering soy bean milk screen directly affects the fineness, taste, production efficiency and dregs separation effect of soy milk. In soy milk production, the recommended mesh number needs to be comprehensively considered according to the specific purpose, raw material characteristics and production scale.

Application scenarios of filtering soy bean milk screen

Soy product processing plant: The factory uses a filtering soy bean milk screen, and the mesh size is adjusted according to demand (such as 180-250 mesh) to achieve efficient separation of bean dregs and soy milk. The equipment must meet the requirements of food-grade stainless steel to ensure hygiene and safety.

Plant protein extraction: In industrial production, soybean protein needs to be separated from filtered soy milk. Combined with centrifugal separation technology, it is used as a pretreatment equipment to remove most of the dregs and reduce the subsequent processing costs.

Utilization of dregs: The filtered dregs can be used as a by-product in fertilizer or feed production. In this scenario, the mesh size of the filtering soy bean milk screen needs to be adjusted according to the subsequent use to ensure that the dregs particle size meets the requirements.

Filtering soy bean milk screen is the core equipment in the soy milk filtration process. It uses screens with different mesh sizes to achieve efficient separation of soy milk and dregs to meet diverse needs. If you want to know a certain type of filter screen (such as the specific parameters of the filter screen) or its optimization solution for a specific scenario, you can contact us via email or official website.