Compact Size: Brazed heat exchangers corrugated plates create multiple flow channels, maximizing the heat transfer surface area within a small footprint. This makes them ideal for applications where space is limited.
Efficient Heat Transfer: The corrugated plates in a brazed heat exchanger create turbulence in the fluid flow, enhancing heat transfer efficiency. The turbulent flow promotes better mixing of the fluids and minimizes the formation of stagnant zones, leading to improved heat transfer rates.
High Thermal Efficiency: The brazing process used in the construction of these heat exchangers ensures a highly conductive joint between the plates.
In an asymmetrical brazed plate heat exchanger, the hot fluid flows through channels with a larger depth, which allows for greater heat transfer. The cold fluid flows through channels with a smaller depth, which offers less resistance to flow, reducing the pressure drop. Water Cooled Heat Exchanger,Evaporator Copper Plate Heat Exchanger,Solar Heat Pump Evaporator Jiangsu Baode Heat-Exchanger Equipment Co.,LTD , https://www.baodehex.com
Coating
- A: Fusion Bonded Epoxy powder coated
- B: Spray Painting
Butterfly Valve Fields of Application
- Water systems such as water treatment plants, distribution networks, potable water applications;
- Sewage systems such as sewage treatment plants, raw water, digested sewage, air applications;
- Industrial systems such as chemical contaminated waste water, gases, industrial media
- Food & Beverage systems such as washing and rinsing applications, conveying systems, potable water processing.
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Reduced Fouling: The design of brazed heat exchangers with smooth and continuous surfaces minimizes the potential for fouling. The absence of gaskets or crevices reduces the likelihood of accumulation of debris or scale, resulting in lower maintenance requirements and improved overall performance.
Wide Range of Applications:
-HVAC systems
-Refrigeration
-Process cooling
-Industrial heating/ cooling.
-liquid-to-liquid and gas-to-liquid heat transfer processes
This design is particularly useful in applications where one fluid is at a much higher temperature than the other, such as in a Condenser or Evaporator.
API609 Butterfly Valve
Item: Butterfly Valve
Technical Data
- Size: DN40-DN1200
- General Design: API609
- Mounting Pad: ISO 5211
- Face to Face Dimension: API609 EN558-1-20 series
- Flange Drilling: DIN2501 PN10/PN16
- Inspection and Test: API598
- All available General Design and Face to Face Dimension kindly refer to the basic specification of EATHU.
- All available Flange Drilling kindly refer to the attached flange drilling dimensions.
Product Features
- Wafer, lug or U type flanged body style fit between FF or RF flanges
- PTFE bushing ensure the maximum shaft support and centralized alignment
- 360°C polished disc assures positive on-off
- Hard-backed cartridge seat or rubber boot seat
- One piece shaft, double piece shaft, pinned or pinless disc
- Universal ISO5211 mounting pad
Material List
- Body: Cast Iron A126 CLASSE B; Ductile iron GGG40/GGG50
- Bushing: PTFE
- O ring: EPDM
- Shaft: Stainless steel AISI316
- Disc: Stainless steel A351 CF8M
- Seat: EPDM
- Pin: Stainless steel AISI316
Actuator