Audited Supplier
| Model | Plate diameter (mm) | Single-piece area (m2) | Corner hole distance (mm) | Tube outer body diameter (mm) | Cylinder outer diameter (mm) | Shell side nozzle (mm) | ||||||||
| FTS165R | φ242 | 0.04 | 165 | 325 | 40 | 25 ~ 150 | ||||||||
| FTS227R | φ319 | 0.08 | 227 | 398 | 50 | 25 ~ 200 | ||||||||
| FTS338R | φ480 | 0.179 | 338 | 582 | 100 | 25 ~ 300 | ||||||||
| FTS650R | φ855 | 0.52 | 650 | 957 | 150 | 25 ~ 500 | ||||||||
| FTS780R | φ998 | 0.736 | 780 | 1110 | 200 | 50 ~ 600 | ||||||||
| FTS850R | φ1236 | 1.14 | 850 | 1360 | 300 | 50 ~ 700 | ||||||||
Q: What is the lead time for your products?
A: Typically, it takes 7 to 15 days. However, we can ship stock products immediately.
Q: What international trade terms do you offer?
A: We offer FOB, CIF, CFR, DDU, and DDP terms.
Q: What are the shipping options available?
A: We ship by sea, by air, or through express services such as DHL and FedEx.
Q: What payment methods do you accept?
A: We accept payment by T/T.
Q: How long is the product warranty period?
A: Our products come with a 1-year warranty.
Q: What is your packing method?
A: We use wooden cases, pallets, and cartons for packing.
Q: Do you accept customized plate heat exchanger products?
A: Yes, we do. We are capable of producing customized products to meet your specific requirements.
2. Wide range of pressure and temperature applications.
3. Excellent heat exchange performance Can achieve a temperature difference of 1°C, similar to gasketed plate heat exchangers.
4. High-performance operation with long run time. High turbulence enhances heat transfer efficiency and reduces scaling and freezing under refrigeration and low-temperature conditions.
5. Short startup time. Most conditions can be quickly turned on or off; refrigerant costs for refrigeration or low-temperature services are low.
Applications of the plate-shell heat exchanger.Particle medium flow: Even at low speeds, turbulence can achieve stable flow regulation and significantly reduce fouling.Refrigeration and cryogenic services: Small refrigerant charge; due to the ability to achieve turbulence, it can resist freezing.Internal phase change: On the plate side or shell side.
High flow imbalance: Allows for higher flow rates on the shell side.Installation: Can be installed horizontally or vertically.
Services related to plate-shell heat exchangers.
Plate sheets with varying corrugation depths can adapt to various flow rates and pressure drop requirements.
Removable heat exchanger core, which allows for convenient inspection of heating elements and mechanical cleaning of shell side channels.
Two-stage heat exchangers have two independent plate sets, sharing a single shell, to handle different or the same fluids.
Multi-channel configuration for applications with large temperature differences.
A shell heat exchanger is a type of heat transfer equipment commonly used in various industries.It consists of a cylindrical shell with a large volume and one or more tube bundles placed inside. The shell is designed to accommodate the fluid that requires heating or cooling. The tube bundles are made up of a series of tubes through which the other fluid passes.The hot fluid flows through the shell side, while the cold fluid flows through the tube side. Heat is transferred from the hot fluid to the cold fluid through the tube walls. The design allows for efficient heat transfer due to the large surface area provided by the tube bundles and the relatively long contact time between the two fluids.Shell heat exchangers offer several advantages. They can handle a wide range of fluid temperatures and flow rates, and they are relatively robust and durable. They can also be designed to handle corrosive or fouling fluids by using appropriate materials and tube arrangements.Overall, shell heat exchangers are an important component in many industrial processes where efficient heat transfer is required. They play a crucial role in maintaining process temperatures and improving energy efficiency.
