Scope of applicationThis concentrator is suitable for the concentration of liquids such as traditional Chinese medicine, western medicine, glucose, starch, monosodium glutamate, dairy products, and chemicals, especially for low-temperature vacuum concentration of thermosensitive materials. After

This equipment operates under vacuum pressure reduction conditions, achieving low-temperature and efficient concentration by reducing the boiling point of the feed liquid. The material liquid is heated and evaporated in the main body of the concentrator. After removing the entrained liquid foam through the gas-liquid separator, the secondary steam enters the condenser for condensation and recovery. Non condensable gases are extracted by the vacuum system. The concentrated material can be discharged with the assistance of a mixer and flipping mechanism to ensure the smooth discharge of high concentration materials.

Product OverviewLow temperature evaporator is a fully automatic vacuum evaporator that utilizes advanced heat pump technology, designed specifically for industrial wastewater reduction and resource utilization. The equipment operates under high vacuum (approximately -96KPa), with a stable evapor

The forced circulation evaporator generates external power through a large flow circulation pump, and sends the crystal slurry or solution in the separator into the heating chamber at a high speed of 1.5-3 meters per second. The material is heated during the flow in the heat exchange tube, with a temperature rise of about 1-5 ℃. The heated material enters the separator, and due to the decrease in pressure, the material evaporates instantly by flash evaporation, while the liquid temperature cools to its boiling point at the current pressure. The generated secondary steam is discharged from the top of the separator, and the finished liquid or concentrated liquid is discharged from the bottom or continues to circulate.

Working principleThe horizontal tube evaporator adopts a unique double-sided phase change heat transfer design with external evaporation and internal condensation. The liquid is pumped to the distributor through a circulating pump and evenly sprayed onto the outer surface of the horizontally pla

The evaporated liquid is transported to the top of the heater through a circulation pump and evenly distributed to each heat exchange tube through a dedicated film distributor. The material flows downwards in a film like manner along the inner wall of the pipe under the action of gravity, evaporating while flowing. The generated secondary steam enters the separation chamber together with the concentrated liquid, and is filtered by the high-efficiency demister at the top to remove entrained bubbles, droplets, and impurities, providing a high-quality and clean secondary heat source for subsequent heat recovery.