What is the difference between a graphite condenser and a graphite cooler
Graphite condenser is very stable, it is not afraid of alkaline substances, it is formed by compression of graphite and polypropylene resin.
1. The graphite condenser has good corrosion resistance.
Polypropylene has excellent chemical resistance. For inorganic
compounds, whether it is acid, alkali or salt solution, except for
oxidizing solvents, it has no destructive effect on it, and it will not
dissolve in almost all solvents at room temperature. , General alkane
and alcohol powder, aldehydes and other media can use this equipment.
2. Small size and light weight. Because the specific gravity (density) of polypropylene is only 0.91-0.93, it is a relatively light material in resin, so the equipment is very portable, which is beneficial to the transportation, installation and maintenance of the equipment.
3. High temperature resistance. The material will not deform at low temperature without external force. The low temperature of this equipment can reach -10℃.
4. Polypropylene is non-toxic and non-scaling, so it will not pollute the medium.
What is the difference between graphite cooler and graphite cooler
Graphite coolers and graphite coolers are both types of graphite heat exchangers, and they are classified according to their uses:
1. The graphite cooler uses cooling water or frozen brine to cool
the medium that needs to be cooled. Graphite condenser is mainly used
for condensation of gaseous medium, the purpose is to condense the
medium into liquid or to condense the water vapor in the medium.
Generally, the lower part of the equipment is equipped with a gas-liquid
separation device.
2. Graphite condenser and graphite cooler can be divided into
tubular type and block hole type according to different structures.
The main heat exchange part of the tube-and-tube type is composed of graphite tubes, generally the corrosive medium goes inside the tube and the cooling medium goes outside the tube; the block-hole type is mainly composed of graphite blocks, with horizontal and vertical holes drilled inside, respectively. Take two kinds of media to achieve the purpose of heat exchange.