Dellok Yonghui Radiating Pipe Manufacturing Co.,Ltd.

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

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High Temperature Resistant U-type Elbow Header Coiler Customisation

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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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High Temperature Resistant U-type Elbow Header Coiler Customisation

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Brand Name :DELLOK Yonghui
Model Number :U type tube
Certification :CE
Place of Origin :China
MOQ :1 meter
Price :$10 - 1000 /Piece/Pieces
Payment Terms :L/C, D/A, D/P, T/T, Western Union, MoneyGram
Delivery Time :≥1 Piece/month
Packaging Details :Wooden Case
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DELLOK Yonghui High temperature resistant U-type elbow header coiler, support for customisation

High Temperature Resistant U-type Elbow Header Coiler Customisation

High Temperature Resistant U-type Elbow Header Coiler Customisation

High Temperature Resistant U-type Elbow Header Coiler Customisation

High Temperature Resistant U-type Elbow Header Coiler Customisation

FAQ

1. How do you clean a U-tube coil?

Cleaning a U-tube coil involves several steps to ensure efficient heat transfer and prevent fouling:

Disconnect Power and Drain Fluids: Ensure the system is safely shut down and fluids are drained.

Flush with Water: Use high-pressure water to remove loose debris and deposits.

Chemical Cleaning: Apply suitable cleaning chemicals based on the type of fouling (e.g., scale, algae, grease).

Rinse Thoroughly: Flush the system with clean water to remove all traces of cleaning agents.

Inspect and Test: Check for any damage and test the system before returning it to service.

2. What are common issues associated with U-tube coils?

Some common issues that may arise with U-tube coils include:

Fouling and Scaling: Build-up of deposits on the coil surface can reduce heat transfer efficiency.

Corrosion: Exposure to aggressive fluids or environments can lead to material degradation.

Leakage: Cracks or welding defects can cause fluid leakage, affecting system performance.

Freezing: In low-temperature applications, water within the coil can freeze, causing damage to the tubing.

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