Dellok Yonghui Radiating Pipe Manufacturing Co.,Ltd.

Dellok YONGHUI TECH Co.,Ltd. Dellok Yonghui Radiating Pipe Manufacturing Co.,Ltd.

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UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

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Dellok Yonghui Radiating Pipe Manufacturing Co.,Ltd.
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City:nanjing
Province/State:jiangsu
Country/Region:china
Contact Person:MrBrian Wanqian
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UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

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Brand Name :DELLOK Yonghui
Model Number :Plate And Shell Heat Exchanger
Certification :ISO9001
Place of Origin :China
MOQ :1 set
Price :>= 250USD
Payment Terms :L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability :>1 SET per Day
Delivery Time :1-3weeks
Packaging Details :Wooden Case
Plate Connection :Gasketed or Welded
Shell Connection :Flanged or Threaded
Maximum Temperature :200-500°C
Benefits :Low Fouling
Material :Stainless Steel
Heat Transfer Area :10-1000 m²
Application :Chemical, Petrochemical, Food and Beverage, HVAC, etc.
Shell Material :Carbon Steel or Stainless Steel
Plate Type :Herringbone, Chevron, or Corrugated
Applications :Cryogenic applications
Shell Type :Single or Double Shell
Plate Arrangement :Parallel or Crossflow
Plate Thickness :0.5-1.5 mm
Plate Material :Stainless Steel, Titanium, or Nickel
Maximum Working Pressure :10-30 bar
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DELLOK YONGHUI UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

Introduction

Heat exchangers are mainly innovative applications in the fields of heat transfer and water treatment. Plate heat exchangers are divided into detachable plate heat exchangers, semi welded plate heat exchangers, fully welded plate heat exchangers, plate shell heat exchangers, and tube shell heat exchangers. The company has a large-scale modern production base and has obtained ASME, ISO9001, and CE certifications. It has the qualification for environmental protection professional general contracting and the qualification for manufacturing Class I and Class II pressure vessels.

How it works

UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

① FIXED COVER

② PORT

③ CLAMPING BOLT

④ CEPHALIC PLATE

⑤ INTERMEDIATE PLATE

⑥ TAIL PLATE

⑦ MOVABLE CLAMPING PLATE

⑧ OWER GUIDE BAR

⑨ REAR PILLAR

⑩ TOP GUIDE BAR

SPECIFICATION PARAMETER OF TYPE A SERIES

UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

SELECTION CONDITIONS

UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

Heat exchanger selection is very important,usually need to know the above parameters,if you are not clear about the conditions of use, please contact us, we will confirm the selection parameters with you.

According to the application parameters, we use software to select the type of heat exchanger you need.

ACCESSORIES-PLATES

PECULIARITY

UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

APPLICATION FIELD

UX10A UX20 UX30A UX40 UX80 UX90 Stainless Steel Marine Diesel Engine Boat Ship Water Cooler Plate Heat Exchanger

FAQ

Q1: What materials are plate heat exchangers usually made of?
A: The plates are commonly made of stainless steel, which offers good corrosion resistance and durability. Other materials like titanium, aluminum, and various alloys may also be used depending on the specific application requirements, such as when dealing with highly corrosive or high-temperature fluids.
Q2: Can plate heat exchangers be customized?
A: Yes, plate heat exchangers can be customized to fit specific process needs. This includes adjusting the number of plates, the size and shape of the plates, and the flow arrangements to optimize heat transfer for particular fluid characteristics, flow rates, and temperature requirements.
Q3: How does the flow rate of fluids impact the performance of a plate heat exchanger?
A: Optimal flow rates are crucial. If the flow rate is too low, it may lead to laminar flow and reduced heat transfer efficiency. On the other hand, extremely high flow rates can cause excessive pressure drop across the exchanger. The design of the plate heat exchanger takes into account the expected flow rates to ensure efficient operation within a certain range.
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