Stainless steel vacuum emulsifier

Stainless steel vacuum emulsifierFeatures:

1. The emulsifying pot cover of the emulsifier is an automatic lifting type, and the materials in the water pot can be directly sucked into the emulsifying pot under vacuum through the conveying pipeline.

2. The heating method is to heat the conductive medium inside the emulsifying pot to achieve the heating of the material. The heating temperature can be set arbitrarily and automatically controlled. Cold water can be introduced into the interlayer of the emulsifier to cool the material, which is simple and convenient to operate. There is an insulation layer outside the interlayer.

3. Homogeneous mixing and blade mixing can be used separately or simultaneously.

4. Material granulation, emulsification, mixing, blending, and dispersion can be completed in a short period of time.

5. The contact area with the material is made of high-quality stainless steel (made of 316L material in scientific research) with a mirror polished inner surface. The vacuum mixing device is hygienic and clean, and is manufactured according to hygiene standards that comply with GMP regulations Vacuum homogenizer emulsifier is a cream and cream production equipment.

Stainless steel vacuum emulsifierNotes:

1. After production, it is necessary to clean the vacuum emulsifier, which not only maintains the service life and operational efficiency of the stator and rotor, but also plays a role in maintaining the sealing of the emulsifier. If necessary, a set of cleaning cycle equipment can be planned in the periphery.

2. If liquid leakage is found at the shaft during the operation of vacuum emulsification machine, it is necessary to adjust the pressure of mechanical seal after shutdown.

3. After the emulsifier is connected to the machine seal cooling water and the motor is started, it must be ensured that the motor direction is consistent with the main shaft direction sign before operation, and rotation is prohibited!

4. According to the different materials used by users, it is necessary to regularly clean the inlet and outlet filters to prevent a reduction in feed volume and affect production efficiency. It is necessary for the material entering the working chamber to be a fluid, and it is not allowed for dry powder or clumped materials to directly enter the machine. Otherwise, it is easy to form a stuffiness and damage the vacuum emulsifier.

5. It is prohibited for metal shavings or solid and difficult to break debris to enter the working chamber of the vacuum emulsifier, in order to cause destructive damage to equipment such as the stator and rotor.

6. Before using the vacuum emulsifier, corresponding safety production operating procedures should be formulated to ensure the safety of operators and equipment. In the electrical control system, users should set up a safety maintenance system and have good and reliable electrical motor grounding equipment.

7. The process chamber of the vacuum emulsifier can be equipped with an additional insulation layer for cooling or heating materials. When starting up, connect the coolant or thermal oil first. The working pressure of the insulation layer is ≤ 0.2Mpa. When there is a temperature requirement for processing, it is necessary to heat or cool it to the normal operating temperature, turn it on, and turn it on.

8. When the emulsifier is used in flammable and explosive working environments, it is necessary to choose explosion-proof motors of the corresponding level. You can contact our customer service for customization

9. Generally, the material only needs to be fed into the TRL1 pipeline equipment through a high self weight, and it is necessary to continuously input the material to maintain good fluidity. When the material fluidity is poor and the viscosity is ≥ 4000CP, the inlet of SRH pipeline equipment should be equipped with a conveying pump with a pump inlet pressure of 0.3Mpa. The selected pump should be a colloid pump or the like, with a flow rate that matches the flow scale of the selected pipeline emulsifier.

10. Generally, before opening the vacuum emulsifier, connect the cooling water of the mechanical seal first. When shutting down, turn off the machine first and then block the cooling water. Tap water can be used as the cooling water. It is necessary for materials to enter the working chamber before starting up, and it is necessary to ensure that they do not run in a state of material breakage to prevent mechanical seals from burning out or affecting their service life due to high temperatures caused by idling. The inlet and outlet joints of the cooling water are equipped with hose sizes and inner diameters.