Vacuum Deaeration Unit, Continuous Vacuum Deaeration Unit

Product Description

Whether in liquid or high-viscosity form, products often incorporate air during processing, which can impact quality, such as causing oxidation, color changes on the surface, alterations in smell and taste. The Continuous Vacuum Deaerator offers an efficient and cost-effective solution. Products treated with deaeration are glossy, smooth, flow well, bubble-free, and have a stable chemical structure, extending shelf life. Deaerated products have a high and stable density, enhancing filling accuracy and reducing the rate of non-conforming products due to filling errors, thereby cutting down on packaging costs.

Equipment Features

Flexibility: Tools like filters can be easily replaced.
Product High Quality: Enhanced Chemical Stability.
Inhibit oxidation.
Longer shelf life.
Economic Efficiency: Enhanced filling accuracy.
High-density product reduces packaging costs.
Automated control reduces manual monitoring.
A variety of equipment models to accommodate different production requirements.
Multiple automated operation modes;
EfficiencyHighLess than 1% gas residue
Washing: Fully Automatic Cleaning

Based on the different de-gassing requirements of the products, the following optional configurations can be provided:
Special pipeline designed for multi-foam products
Automatic Level Monitoring
Temperature Control Inside Container
CIP Automatic Cleaning System
Additional optional configurations can be provided as needed.

EfficiencyHighThe degassing process:
Mixed-gas materials enter the dispersion disk inside the container under vacuum, and are then sprayed onto the container inner wall through the mesh at the edge of the disk. During this process, small bubbles within the material are broken up, and the gas is extracted by the vacuum system. Both high-viscosity products and highly sensitive emulsions can be perfectly degassed using the online vacuum degassing equipment, which can serve as a part of the production line or the first stage of the filling line.

Key Technical Parameters