Leveraging the inherent properties of graphite, this heat exchanger's rectangular hole pattern provides exceptional thermal conductivity and chemical inertness. The design promotes efficient fluid flow, resulting in a durable, efficient, and reliable solution for industrial heat exchange.
رقم الصنف :
JKالنظام (موك) :
1دفع :
Alipay L/C T/T westernunion Paypalأصل المنتج :
Chinaلون :
Customizedميناء الشحن :
shanghaiفترة إنتاج :
please contact 504893184@qq.comثقل :
please contact CP +8613696510409مادة :
Graphiteدرجة حرارة العمل :
-30 to 150 ℃ضغط العمل :
≤0.3 MpaRectangular Hole Type Graphite Heat Exchanger
The sealing system integrates three key components: a graphite head, a one-piece graphite heat exchanger block, and a sealing hot plate. Due to its seamless, monolithic design, the exchanger block exhibits high structural strength and excellent shock resistance by withstanding pressure as a complete unit. Meanwhile, the water-side plate is fabricated as a casting, allowing for straightforward repair, assembly, and disassembly.
Product Advantages
The Rectangular Hole Type Graphite Heat Exchanger offers excellent heat transfer performance, superior resistance to chemical corrosion, even fluid distribution, a large surface area for heat exchange, strong mechanical durability, stable operation, easy maintenance, and an extended service lifespan.
Structural Diagram
| Parts details | |
| 1 | Liquid inlet |
| 2 | Upper cover plate |
| 3 | Graphite upper head |
| 4 | Graphite upper tube sheet |
| 5 | Intake |
| 6 | Graphite baffle |
| 7 | Graphite heat exchange tube |
| 8 | Equipment shell |
| 9 | Outfall |
| 10 | Graphite lower tubesheet |
| 11 | Lower sealing plate |
| 12 | Lower sealing plate |
| 13 | Q235 lower cover plate |
| 14 | Equipment foot |
يُعدّ مبادل حراري GH المصنوع من الجرافيت ذي الرأس العائم، والمُكوّن من غلاف وأنبوب، جهازًا فعالًا وموثوقًا للغاية لنقل الحرارة. يتكون من أنابيب، ورأس عائم، وغلاف، وأجزاء أخرى.
Leveraging the inherent properties of graphite, this heat exchanger's rectangular hole pattern provides exceptional thermal conductivity and chemical inertness. The design promotes efficient fluid flow, resulting in a durable, efficient, and reliable solution for industrial heat exchange.
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