EX12 EX14 used in the second-level heat exchanger for the Wall-hung stove, is a Wall-hung stove manufacturer custom products with high heat transfer efficiency and long service life.
BHE for Air Dryers is a product customized for refrigeration dryer industry with high heat exchange efficiency and long service life.
Different with other brazed plate heat exchanger using for drying compressed air, EXHEAT BHE for Air Dryers combines heat recovery, evaporator, and moisture separator of the compressed air into one modular (also named "three-in-one" modular) and it possesses certain unique features as below:
①. The number of plates in the separator can be determined by its working load, which is the volume of the compressed air. With no need independent air compression design, the product cost is minimized.
②. The addition of pre-drainage at the heat recovery can lower the power consumption of the evaporator.
③. The connection at the top of the moisture separator can provide part of the cooled dry compressed air to the user,
or be used for regular cleaning of the product.
④. The evaporator adopts the asymmetrical runner design (when there is REF phase-change heat transfer) , so as
to improve the efficiency of heat exchange and lower the pressure drop of the compressed air.
⑤. Special structural reinforcement design is adopted locally to withstand high temperature change and long cycles of fatigue testing.
Dual-circuit heat exchanger are mainly used in evaporators and condensers in chillers and heat pumps, and applicable to some HFC , HFO refrigerants. The dual-circuit design is better than the back-to-back solution, and it has full performance in both full load and half load conditions.
Brazing heat exchangers is an effective way to join metal components together. It involves melting a filler metal and using it to join the two pieces of metal at a joint. The brazing process can produce strong, leak-tight joints that are resistant to thermal and mechanical stresses.
One of the benefits of brazing heat exchangers is that it can be used to join dissimilar metals. This can be useful when creating heat exchangers composed of different materials, as the brazing process can join the metals together without compromising their individual properties. Additionally, brazing can be used to join thin and delicate materials, as the heat input is minimized during the process.
Another advantage of brazing is the ability to create complex shapes and configurations. Heat exchangers can have intricate and precise designs to optimize heat transfer, and brazing can be used to create those designs with accuracy and efficiency.
It should be noted that brazing requires clean and properly prepared surfaces to ensure a strong and reliable connection. It is therefore important to follow strict cleaning and preheating procedures before attempting to braze heat exchangers.
Overall, brazing is a highly effective and versatile method for joining heat exchanger components. It offers numerous benefits, including the ability to join dissimilar materials and create complex shapes. By following proper procedures, braze joints can be highly reliable and resistant to thermal and mechanical stresse
| Model | WidthA(mm) | HeightB (mm) | LengthE (mm) | Horizontal port distance C(mm) |
Vertical port distace D (mm) |
Max pressure[Mpa] | Max flowrate[M3/h] | Weight[kg] |
| EX14 | 76 | 206 | 9+2.3n | 42 | 172 | 3/4.5 | 8 | 0.7+0.06n |
| EX15A | 80 | 190 | 9+2.3n | 40 | 154 | 1 | 8 | 0.9+0.06n |
| EX15B | 95 | 210 | 9+3.3n | 50 | 165 | 1 | 8 | 0.9+0.06n |
| EX18 | 50 | 165 | 9+3.3n | 95 | 210 | 1 | 8 | 0.7+0.06n |
| EX30 | 70 | 250 | 13+2.4n | 124 | 304 | 3/4.5 | 18 | 2.2+0.16N |
| EX50C | 50 | 466 | 10+2.35n | 111 | 525 | 3/4.5 | 18 | 2.6+0.19N |
| EC50D | 50 | 446 | 10+2.35n | 111 | 525 | 3/4.5 | 18 | 2.6+0.21N |
| EX60 | 63 | 470 | 10+2.35n | 119 | 526 | 3/4.5 | 18 | 2.9+0.21N |
| EX95A/B | 92 | 519 | 11+2.72N | 191 | 616 | 3/4.5 | 36 | 7.8+0.44N |
| EX100E | 159 | 413 | 10+2.15N | 174 | 456 | 3/4.5 | 42 | 6.5+0.37N |
| EX120 | 174 | 456 | 13+2.36N | 246 | 528 | 3/4.5 | 42 | 7.2+0.52N |
| EX190 | 179 | 567 | 13+2.7N | 307 | 696 | 1.5/2.1 | 100 | 10+0.62N |
| EX200 | 188 | 603 | 13+2.7N | 321 | 738 | 1.5/2.1 | 100 | 12.3+0.88N |
| EX210 | 205.2 | 568 | 13+2.55N | 322 | 739 | 3.0/4.5 | 100 | 11+0.82N |
| EX600 | 220 | 1190 | 22+2.78N | 429 | 1398 | 1.5/2.1 | 180 | 31.8+1.73N |
| EX35 | 220 | 1190 | 9+3.1N | 429 | 1398 | 2 | 180 | 1+0.16N |
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