Here is the title one h1 placeholder text

Release time:

2021-07-02

Glass tube condenser heat exchanger is a widely used equipment in chemical, pharmaceutical, food, salt chemical, military chemical and related industries, featuring large heat exchange area, high heat exchange rate and reasonable flow.

The new technology of PTFE sealing is adopted on the sealing material of glass heat exchanger tube. It improves the reliability of the sealing point of the heat exchanger tube and prolongs the life of the equipment under high temperature corrosive conditions. So that the glass tube heat exchanger in the solvent and other fields have also been applied.
The material can go shell or tube respectively, which reduces the resistance of material flow and the pressure loss of the system. When the material takes the shell course, specially designed vacuum extraction channel (also can be used for emptying) so as to be more convenient in the installation and use.
Glass tube heat exchanger is equipped with corresponding support plate to meet the needs of horizontal and vertical installation.
The increase in the length of the tubes extends the heat exchange time accordingly. Since the material can pass through the shell stroke, the material can be emptied even in horizontal installation. After improving the heat exchange conditions, one heat source (vapour, liquid) or high temperature material can be used to heat another material.
According to the user's needs, the use of large diameter to adapt to a variety of process conditions, large diameter multi-channel to reduce the material evaporation and flow resistance.
Tube heat exchanger has the following advantages.
Strong corrosion resistance.
Excellent heat transfer performance.
Small pressure loss.
Horizontal or vertical placement, so save space.
Designed to ensure easy maintenance and simple reassembly of inner tubes.

Range of applications
Corrosion resistance including to all organic and inorganic media (except hydrofluoric acid and fluoride, hot phosphoric acid and concentrated lye at high temperatures) Permissible working temperature on the shell and tube side: ≤150°C
Permissible working pressure on the shell stroke for each type of exchanger:
Allowable working pressure on shell stroke: 3㎡, 4㎡: ≤0.15MPa;
5㎡, 6㎡, 10㎡, 12㎡, 16㎡, 20㎡, 25㎡: ≤0.1MPa;
Allowable working pressure of the pipe range: 3㎡, 4㎡: ≤0.2MPa;
5㎡, 6㎡, 10㎡, 12㎡, 16㎡, 20㎡, 25㎡: ≤O.IMPa; and
Pressure difference between shell and pipe side: ≤0.1MPa.
Large temperature difference: ≤120℃.