Low-temperature multi effect is widely applicable for continuous evaporation concentration in industries such as milk, glucose, amino acids, starch, xylose, pharmaceuticals, chemicals, bioengineering, environmental engineering, and organic solvent recovery, making it particularly suitable for materials with thermal sensitivity, viscosity, and foaming properties.

Low-temperature multi effect is widely applicable for continuous evaporation concentration in industries such as milk, glucose, amino acids, starch, xylose, pharmaceuticals, chemicals, bioengineering, environmental engineering, and organic solvent recovery, making it particularly suitable for materials with thermal sensitivity, viscosity, and foaming properties.

Low-temperature multi effect is widely applicable for continuous evaporation concentration in industries such as milk, glucose, amino acids, starch, xylose, pharmaceuticals, chemicals, bioengineering, environmental engineering, and organic solvent recovery, making it particularly suitable for materials with thermal sensitivity, viscosity, and foaming properties.

Low-temperature multi effect is widely applicable for continuous evaporation concentration in industries such as milk, glucose, amino acids, starch, xylose, pharmaceuticals, chemicals, bioengineering, environmental engineering, and organic solvent recovery, making it particularly suitable for materials with thermal sensitivity, viscosity, and foaming properties.