Type Of End Use | all of the above |
Capacity | Standard |
Material | Stanfdard |
Yield | all of the above |
Design Type | Customised |
Automation Grade | Automatic |
Color | As per client requirement |
Dimension | As per calculation |
In evaporative crystallization, the solution containing the solvent and the soluble component to be crystallized is heated until the solvent evaporates. The evaporation of the solvent causes the molecules of the soluble compound to separate out as crystals due to the higher concentration exceeding the chemical compound’s solubility
VSEL deals in all types of crystallizer as per client requirement. All material of construction available in this equipment.
Minimum Order Quantity | 1 Piece |
Capacity | standard |
Material | Standard |
Design Type | Standard, Customised |
Automation Grade | Semi-Automatic |
Color | As per requirement |
Voltage | as per calculation |
Temperature | as per calculation |
In most solutions, the solubility of the compound increases with rising temperature. As saturated solutions cool, the mixture becomes supersaturated and crystallization starts. The major advantages of cooling crystallization are very high uniformity of crystal size and energy efficiency. With heat input for evaporation eliminated, a tremendous energy savings is established. A common method of cooling crystallization is flash cooling, in which a part of the liquid is evaporated, thus removing the latent heat and allowing for cooling. Warm feed solution is circulated and cooled over time by progressively reducing the pressure in either a batch or continuous fashion. This may also be employed in combination with an evaporation system.
Usage/Application | Industrial, Chemical |
Design Type | Standard, Customised |
Capacity | 20-30L |
Material | SS, MS |
Design | Standard |
Packaging Type | As per client's requirement |
Country of Origin | Made in India |
Product Type | Crystallization unit/ Seperation unit |
Range | Liquid, Semi-Liquid to crystals |