The low temperature coolant circulation pump has the function of providing low temperature liquid and low temperature water bath. It is also called cooling chiller, which can be matched with a variety of instruments (rotary evaporator, chemical reaction kettle, freeze-drying equipment, bio-pharmaceutical reaction kettle, etc.) for multifunctional chemical reaction operations and drug storage at low temperature. low-temperature cooling circulation pump has large refrigeration capacity and fast cooling speed, which can greatly improve your work efficiency.
We also can provide 5L,10L,20L,30L,80L,100L cooling capacity.
The lowest temperature the cooling chiller can realize: -12℃,-23℃,-26℃,-32℃,-40℃,-63℃,-83℃,-120℃.More details please contact us.
This series circulating device is used for supply heating and cooling source,has widely using range in pharmaceutical,biological and other industrys,supply heating and cooling source for the reactor,tanks and also can be used to other equipment for heating and cooling.Provides vacuum conditions for evaporation, distillation, crystallization, drying, sublimation, filtration and decompression, etc. It is especially suitable for labs of colleges and universities, research institutes, chemical, pharmaceutical, biochemical, food, pesticide, agricultural engineering, bioengineering, etc. and small trials.
This product uses a fully enclosed compressor for mechanical refrigeration. The inner wall of the cooling tank is equipped with cooling copper coils. The refrigerant (Freon) is continuously circulated through the coils on the inner wall of the water tank to cool the refrigerant in the tank and pass through the built-in circulating pump and external circulation. The pipeline transports the refrigerant to the interlayer of the supporting equipment or the condensing coil, indirectly cooling the materials in the reactor, cooling and liquefying the condensing tube in contact with steam.
This product can generally be connected to the interlayer of the double-layer reactor, the rotary evaporator, and the condensing coil of the reactor, or the object or container that needs to be cooled can be directly put into the bath for reaction.
The lower outlet pipeline of this product is connected to the lower inlet pipeline of the kettle body or condenser, and the circulating fluid comes out from the upper circulation port and returns to the inlet of the product through the pipeline, forming a complete circulation space.
Feature
1. Original fully enclosed compressor, with good performance and reliable quality.
2. Refrigeration unit relays, protectors, capacitors, etc. are imported original equipment to ensure reliability and service life.
3. Digital display temperature control, simple and eye-catching operation.
4. A variety of functions, can provide low-temperature cooling water, low-temperature non-freezing liquid, small low-temperature water bath. It can also be combined with circulating water multi-purpose vacuum pumps, vacuum freeze-drying boxes, rotary evaporators, magnetic stirrers and other instruments to perform multi-functional chemical reaction operations under low temperature conditions and drug storage. It can be matched with a variety of large-scale equipment to overcome the difficulties of unusable equipment caused by poor cooling water, high temperature, and unstable water pressure.
5. The circulation system is made of stainless steel, which has the functions of anti-corrosion, anti-rust, and anti-low temperature liquid pollution.
6. For the purification of high-purity metals, rare substances, environmental laboratories, magnetron measurement and shooting, vacuum coating equipment and other large-scale experimental equipment, it can provide cooling water that meets the dual requirements of temperature and water quality, which is energy-saving, water-saving, anti-pollution, The features of anti-scaling can protect large instruments and equipment.
7. This machine integrates circulating cooling water, with small size and reasonable power allocation, showing the characteristics of saving space.
