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Explosion-Welded

Clad Pipe

Combining high strength, corrosion resistance and cost-effectiveness.

Clad Pipe

Combining Strength, Corrosion Resistance, Safety, and Cost-Effectiveness

Our clad pipes are manufactured from advanced explosion-welded clad plates using JCO manufacturing process and longitudinal seam welding process. These pipes provide users with safe and reliable properties, offering excellent strength and superior corrosion resistance in a variety of demanding industries and applications.

Combining Strength, Corrosion Resistance, Safety, and Cost-Effectiveness

Our clad pipes are manufactured from advanced explosion-welded clad plates using JCO manufacturing process and longitudinal seam welding process. These pipes provide users with safe and reliable properties, offering excellent strength and superior corrosion resistance in a variety of demanding industries and applications.

Intro
Specifications
Material Combinations
Project Cases
Clad Plate Gallery
The Most Cost-Effective Corrosion-Resistant Piping Solution
—————— - - -
The metallurgical clad pipe firmly bonds high-strength carbon steel with a CRA layer, specifically designed for harsh environments involving highly corrosive media, such as sulfur-containing natural gas and high-temperature acidic crude oil, commonly found in oil and gas, chemical, and marine engineering. It is widely used in deep-sea oil and gas extraction, refining facilities, carbon capture systems, and other related fields.
 

 

Explosion-welded clad
Efficient corrosion resistance and low-cost solutions.

Our clad pipes are manufactured using explosion-welded clad plates, leveraging the metallurgical bonding between layers.The corrosion-resistant alloy inner layer protects... 60,000+ Tons
Annual Capacity

 



Clad Pipe Specifications
—————— - - -
 

Explosion-welded clad
Efficient corrosion resistance and low-cost solutions.

Through medium-frequency induction bending, we can bend clad pipes with diameters ranging from168mm to 1422mm (6''–56'') up to 180°, ensuring precise dimensional control for seamless integration into pipeline systems. Additionally, we offer induction bends made from solid corrosion-resistant materials.
By applying localized closed-loop temperature-controlled softening to the pipe, we achieve plastic deformation of the material and form a smooth, continuous pipe curvature. Compared to traditional mitered welded elbows, this process significantly improves the transmission efficiency of media such as oil, gas, and chemicals. It is particularly suitable for complex conditions involving sour oil and gas or highly corrosive fluids, making it the preferred choice
for high-reliability pipeline systems in the energy and chemical industries

Clad Fittings
—————— - - -

The company offers induction bends, elbows, tees, and other clad pipe fittings, and provides factoryprefabricated pipe sections based on customer isometric drawings and pipeline design models, achieving a fully customized service throughout the entire process.
 
Performance Comparisons
—————— - - -

Explosive-Welded Clad Pipe Performance Comparison Pure Alloy Pipe
Yes Reduce material costs No
Yes Decrease wall thickness to reduce weight No
Explosive-Welded Clad Pipe   Overlay-Welded Clad Pipe
Yes Improve the internal surface condition No
Yes Ensure uniform chemical composition of the cladding layer (no base material dilution) No
Yes N06625 can be used as the cladding layer No
Yes Higher cost-performance ratio No
Yes Faster production efficiency No
Explosive-Welded Clad Pipe   Lined Pipe
Yes For higher technical requirements
(such as risers, elbows, etc.)		 No
Yes The pipeline can be installed through winding No
Yes Allowing for larger sizes
(higher diameters and thicknesses).		 No

 

The Most Cost-Effective Corrosion-Resistant Piping Solution
—————— - - -
The metallurgical clad pipe firmly bonds high-strength carbon steel with a CRA layer, specifically designed for harsh environments involving highly corrosive media, such as sulfur-containing natural gas and high-temperature acidic crude oil, commonly found in oil and gas, chemical, and marine engineering. It is widely used in deep-sea oil and gas extraction, refining facilities, carbon capture systems, and other related fields.
 

 

Explosion-welded clad
Efficient corrosion resistance and low-cost solutions.

Our clad pipes are manufactured using explosion-welded clad plates, leveraging the metallurgical bonding between layers.The corrosion-resistant alloy inner layer protects... 60,000+ Tons
Annual Capacity

 



Clad Pipe Specifications
—————— - - -
 

Explosion-welded clad
Efficient corrosion resistance and low-cost solutions.

Through medium-frequency induction bending, we can bend clad pipes with diameters ranging from168mm to 1422mm (6''–56'') up to 180°, ensuring precise dimensional control for seamless integration into pipeline systems. Additionally, we offer induction bends made from solid corrosion-resistant materials.
By applying localized closed-loop temperature-controlled softening to the pipe, we achieve plastic deformation of the material and form a smooth, continuous pipe curvature. Compared to traditional mitered welded elbows, this process significantly improves the transmission efficiency of media such as oil, gas, and chemicals. It is particularly suitable for complex conditions involving sour oil and gas or highly corrosive fluids, making it the preferred choice
for high-reliability pipeline systems in the energy and chemical industries

Clad Fittings
—————— - - -

The company offers induction bends, elbows, tees, and other clad pipe fittings, and provides factoryprefabricated pipe sections based on customer isometric drawings and pipeline design models, achieving a fully customized service throughout the entire process.
 
Performance Comparisons
—————— - - -

Explosive-Welded Clad Pipe Performance Comparison Pure Alloy Pipe
Yes Reduce material costs No
Yes Decrease wall thickness to reduce weight No
Explosive-Welded Clad Pipe   Overlay-Welded Clad Pipe
Yes Improve the internal surface condition No
Yes Ensure uniform chemical composition of the cladding layer (no base material dilution) No
Yes N06625 can be used as the cladding layer No
Yes Higher cost-performance ratio No
Yes Faster production efficiency No
Explosive-Welded Clad Pipe   Lined Pipe
Yes For higher technical requirements
(such as risers, elbows, etc.)		 No
Yes The pipeline can be installed through winding No
Yes Allowing for larger sizes
(higher diameters and thicknesses).		 No

 

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