Hinge-bladed wiped film evaporator details

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Hinge-bladed wiped film evaporator is a type of wiped film evaporator, and its structural characteristics include:

Hinge-bladed wiped film evaporator is a type of wiped film evaporator, and its structural characteristics include:
Hinge-bladed wiped film evaporator, each blade has a central rotating shaft, which drives the blade through a connecting rod mechanism. The hinged blade is tightly attached to the heating wall surface by centrifugal force and slides at a certain angle to wipe the raw material into the required liquid film and prevent scaling and coking on the heating surface. This type of design allows the blade to provide effective pressure on the liquid film, improve the high evaporation ratio of the material, also it can help to reduce the residue of the material. It is suitable for materials that are prone to scaling on the heating surface, contain solid particles, or have a tendency to crystallize during the evaporation process, and require concentration into dry materials, with a processing viscosity of 35000 mpas.
This type of rotor is widely used by changing the frequency and mass of the scraper and adjusting the centrifugal force.
The blade material is usually the same metal material as the evaporator cylinder, and PTFE material can also be used.

Consideration

Wuxi Hongdinghua Chemical Equipment Co., Ltd. needs to comprehensively consider the following factors when assisting customers in selecting hinge-bladed wiped film evaporators:
1. Production capacity and operating parameters:
Including processing capacity:
Feed concentration:
Discharge concentration:
Feed temperature:
Discharge temperature:
Operation duration:
2. Material characteristics:
Material thermal sensitivity:
Material viscosity:
Material flowability at operating temperature:
Material foaming property:
Solid content of material
Material crystallization tendency:
Material coking tendency:
Is the material prone to aggregation
2. Operating medium (heat source):
Water vapor: (pressure)
Cooling water temperature: ℃
Cleaning solution (solvent):
3. Material selection for manufacturing:
Surface polishing requirements:

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