Bimetallic Clad Rods: unlocking industrial strong corrosion-resistant “hardcore” materials

Bimetallic composite rods is an innovative material solution that combines the excellent properties of two or more metals, and through specific process technology, different metals are tightly cladded to form a composite material with unique properties. Bimetallic composite rods are excellent in terms of strength, corrosion resistance and abrasion resistance, which can improve energy utilization, reduce losses and have a wide range of application scenarios.

Product Classification

Stainless steel clad copper, steel clad copper, copper clad steel composite rods 

● Electrolytic metallurgy, electrolytic hydrogen, chlor-alkali industry industry

High strength and high conductivity: the copper - steel composite rod through the explosion cladding technology, making the high strength of steel and  high conductivity of copper perfect combination, so that the material can withstand high loads at the same time, but also maintain good electrical conductivity.

● Good corrosion resistance: the combination of copper and steel improves the corrosion resistance of the material, making the copper - steel bimetallic composite rod maintain a long service life even in harsh environments.

●Energy saving and consumption reduction: the copper - steel composite rod can ensure high electrical conductivity and play a role in energy saving and consumption reduction at the same time. In addition, when in the process of aluminum electrolysis, it can also reduce the cathode pressure drop by changing the current, realizing significant energy saving in the electrolytic cell.

Titanium-copper composite rod

Electrolytic metallurgy, chlor-alkali industry

● Composite layered materials which comprehensive titanium - copper good physical and chemical properties , has excellent electrical conductivity of copper as the core material, covered with a layer of corrosion-resistant titanium material. Conductivity and corrosion resistance that both copper and titanium have, as an electrode material its advantages that a single material can not be compared, it is used in the production of electrometallurgy (electrolytic copper, nickel, cobalt, manganese, etc.), salt production and chemical industry.

Titanium-stainless steel composite rod

Nuclear power, aerospace industry 

● It is a new metal material in nuclear power and aerospace industry, and the reliability of its performance is an important condition to ensure the safe operation of all kinds of spacecraft. The titanium-stainless steel composite bar produced under the optimized conditions of the process is comparable to the original titanium material in terms of its bonding strength.

Industry Applications

 ● Energy and Chemical Industry

Bimetallic composite rods are used in the manufacture of chemical equipment, desalination equipment, and key components in the nuclear energy industry for their excellent corrosion resistance to ensure stable operation in harsh environments.

● Aerospace Industry 

Bimetallic composite rods improve the performance and safety of aircraft due to their high strength, low density and good corrosion resistance.

● Automobile Industry  

Bimetallic composite rods can be used to manufacture engine parts, transmission system components, etc., in order to improve the performance of automobiles, reduce the weight of the car well reduce fuel consumption, and its high strength and wear-resistant performance helps to extend the service life of the car.

● Electronics and Communication Industry 

Bimetallic composite rods are used to manufacture parts for electronic components to meet high demands on electrical and thermal performance.

●Medical Devices, Shipbuilding, Marine Engineering and Other Industry 

Its unique properties can meet the high standard demand for materials in these fields.

Phohom is deeply plowing and carefully carving products, we will deepen the application with the industrial development and Joining hands with various sectors to consolidate the industrial “material foundation”in the future.