Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer

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Product Details
Customization: Available
After-sales Service: 1 Year
Warranty: 1 Year
Diamond Member Since 2019

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  • Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
  • Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
  • Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
  • Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
  • Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
  • Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
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  • Overview
  • Our Advantages
  • Product Description
Overview

Basic Info.

Model NO.
DX53D-AS
Type
Seamless
Technique
Cold Rolled
Material
Stainless Steel
Surface Treatment
Polished
Usage
Pipeline Transport, Hydraulic/Automobile Pipe, Oil/Gas Drilling, Food/Beverage/Dairy Products, Machinery Industry, Chemical Industry
Section Shape
Round
Payment Term
T/T L/C
Shipment
Fob CIF DDP
Application
Mechanical Industry
Package
Sea Worthy Packaging
Transport Package
Export Packing
Specification
0.2-100mm
Trademark
MESCO STEEL
Origin
China
Production Capacity
2000 Tons Per Month

Product Description

Our Advantages

1.The only one supplier who has the stock of DX53D+AS120 in China. With production of aluminized steel coil, MESCO is able to provide the slitting and making aluminized steel pipes service as customized.

Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer

2.First manufacturer who can make AS coating mass up to 240g/m2.

3.The only one manufacturer who can make AS coating mass up to 300g/m2.

Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer

  4.We help our customers to insert the small tube into the large tube. By this way can load as much as possible pipes into container to save the space and save freight.
Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
 

Product Description


Specification
 
GRADE DS KS D 3544 JIS G 3314 ASTM A 463 ASTM A 463-96A EN10154
CQ SA1C SA1C SA1C CQ CS TYPE A DX51D
CS TYPE B DXD2D
CS TYPE C  
DQ1 SA1A SA1A SA1A ADQ / DX53D
DQ2 SA1D SA1D SA1D DQ FS DX54D
DDS DX55D
DQ3 SA1E SA1E SA1E DQSK / /
EDDQ SA1S / / / EDDS /
 
Thickness 0.8-2.0mm
Length MAX 12M, which is suitable for container size
Coating thickness 60-400g/sqm
Application Automobile, motorcycle muffler, exhaust pipe, fuel tank.
Combustion furnace, heat exchanger, dryer, air conditioner, etc.
Domestic water heater, gas stove, bread box, chimney, microwave oven, food processing machinery, electric oven, gas cooker.

Advantages of Aluminum-Silicon Coated Tubes for Muffler Applications
Aluminum-silicon coated tubes excel in muffler manufacturing, especially for automotive exhaust systems, thanks to their integrated mechanical and chemical properties. Key advantages include:

1. Exceptional High-Temperature Resistance
When the temperature is 450 ºC , it can ensure high reflectivity. When it is used for a long time under 550 ºC, it hardly changes. The aluminized silicon coated steel plate will maintain a bright appearance. Its heat resistance is equivalent to that of stainless steel 4 0 9 . The galvanized products will change color and be powdered at 300 ºC.
Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
2. Superior Corrosion Resistance
Offers 3-6x better corrosion protection than galvanized steel against moisture, road salts, and sulfur oxides. Self-healing oxide film seals scratches, extending service life to 8-10 years (vs. 3-5 years for conventional materials).

 
Salt spray test
 
Aluninum-silicon                                                                               Galvanized steel
Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
3. Lightweight and High Strength
The density ofAS is 3.0g/cm2, and the density of pure zinc is 7. 1g/cm2. The density of AS is lower than that of zinc. The weight of coating can be reduced by using AS instead of galvanized products.

Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
4. Excellent Formability and Weldability
Maintains ductility for complex bending/forming; compatible with resistance/laser welding for leak-free joints. Reduces manufacturing defects and production costs.
Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
Aluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer
 

 

Company Profile

Aluminized Steel Thermal Radiation Pipe for Efficient Heat TransferAluminized Steel Thermal Radiation Pipe for Efficient Heat TransferAluminized Steel Thermal Radiation Pipe for Efficient Heat TransferAluminized Steel Thermal Radiation Pipe for Efficient Heat Transfer


FAQ

Q1: What are the key properties of 304 stainless steel seamless pipes?
A1: They are austenitic stainless steel with 18-20% chromium and 8-10.5% nickel, offering excellent corrosion resistance, high ductility, and good weldability. The seamless design ensures uniform strength, pressure resistance, and no weak weld joints, making them suitable for high-integrity applications.
 
Q2: In which industries are 304 stainless steel seamless pipes commonly used?
A2: They are widely used in food processing, pharmaceuticals, chemical processing, water treatment, and architectural plumbing, thanks to their corrosion resistance and hygienic properties.
 
Q3: How do 304 stainless steel seamless pipes differ from 316 ones?
A3: 304 lacks molybdenum, so it has lower resistance to chloride-rich environments (e.g., seawater) compared to 316. However, 304 is more cost-effective and performs well in most general corrosive conditions.
 
Q4: Can 304 stainless steel seamless pipes withstand high temperatures?
A4: Yes, they can handle continuous use at temperatures up to 870°C (1600°F) and intermittent use up to 925°C (1700°F), though prolonged exposure to high heat may reduce corrosion resistance slightly.

 

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