Exploded Titanium Clad Steel Sheets/Plates

1. The production method of exploded Titanium Clad Steel Sheets/Plates.

The prepared cladding plate is placed on the base plate, and then a layer of explosive is laid on the cladding plate. The transient ultra-high pressure and ultra-high speed impact generated by the explosive explosion can realize the solid metallurgical bonding between the metal layers. Explosion clad plate production process is simple, flexible production, but the technology requirement is high, difficult to precise control, material performance (toughness, impact resistance, etc.), explosive performance (detonation velocity stability, security, etc.), the initial parameters (explosive quantity per unit area and the distance between the base plate, etc.) and the dynamic parameters (impact Angle, plate collision speed, etc.) selection and system has direct influence on the yield and quality of compound sheet.

The clad interface consists of a direct bonding area, a melting layer and a vortex. There is atomic diffusion at the binding interface and serious plastic deformation occurs in the binding area accompanied by machining hardening. The bonding surface is a wave structure, which is beneficial to the improvement of bonding strength and tensile strength.


2.The performance of exploded clad plates

The explosive welding exploded clad plate will not change the chemical composition and physical state of the original material, and can be treated separately into the best state required according to the actual needs.

The application performance of exploded clad plates is very good, it can withstand cold and hot processing without changing the thickness of clad material is higher than that of composite material. In the following production of heat treatment, leveling, cutting, rolling and spinning, no lamination or cracking will occur. To room temperature and 550 ℃ heat treatment of carbon steel surface (near interface layer) has serious deformation caused by fibrous tissue and many tiny particles, the heart of organization for ferrite and pearlite; The stainless steel interface is the second phase dot structure, and the heart is the needle-like structure. But samples of carbon steel treated by 650 ℃ near interface area small particles disappear organization (decarburization) can occur, grain becomes bulky, core organizations still is ferrite and pearlite, but has no tissue deformation of slip line; On the stainless steel interface, there are a lot of small black particles. The Titanium Clad Steel Sheets/Plates. may be a combination of the advantages of chromium carbide particles formed after decarburization, which gives full play to the performance of different metal materials and greatly saves the rare metal materials, thus reducing the production cost of the equipment. Aluminum/steel, lead/steel, titanium/steel, silver/copper, etc.


3. The application of exploded Titanium Clad Steel Sheets/Plates.

The clad material produced by explosive recombination has been widely used in petroleum, metallurgy, machinery, aerospace, atomic energy and other industrial fields. Composite board is a new type of high-efficiency and energy-saving bimetal composite material with carbon steel as the base plate and single or multiple sides with expensive heavy metal as the compound layer, which is composite by the special processing technology of over-explosion welding. The exploded clad plate is widely used in petrochemical, metallurgy, salt and alkali, hydraulic and nuclear industries.


The main clad products are introduced as follows.






Rare and Refractory Metal Clad Plate

Ti/CS Clad Plate

Ti& Alloy/CS & Forging



GB8547ASTM B898

Ti/SS Clad Plate

Ti& Alloy/Various SS




GB8546ASTM B898

Ti/Cu Clad Plate


Ti& Alloy/Cu





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