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.
Item No :
JKOrder(MOQ) :
1Payment :
Alipay L/C T/T westernunion PaypalProduct Origin :
ChinaColor :
CustomizedShipping Port :
shanghaiLead Time :
please contact 504893184@qq.comWeight :
please contact CP +8613696510409Material :
GraphiteWorking Temp :
-30 to 150 ℃Working Pressure :
≤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 |
An very dependable and efficient heat transfer device is a GH floating head shell-and-tube graphite heat exchanger. It is made up of tubes, a floating head, a shell, and other parts.
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.
IPv6 network supported
