rolled clad material
- Custom Clad Materials
- Innovative splicing technology
- Incorporate sustainability
- Mastering quality assurance
- Design for efficiency
- Wide range of industry applications
- Cutting-edge research and development
- Future-proof your innovation

The concept of material
Clad Metal refers to a material that has a base layer of metal or non-ferrous metal and another metal or non-ferrous material on one or both sides of the base layer, adding new properties to the material that the base metal does not have.
- Manufacturing methods include welding, rolling, casting, and extrusion, and the joints are made by inter-tissue penetration of each raw material, resulting in a stronger bond over time.
- It is a new material that achieves atomic diffusion bonding between different dissimilar metals through rolling, and unlike adhesive steel sheets that use adhesive materials, it is a new concept of new material metal that does not peel off even when it is processed by deformation (curved surface) and left for a long time.
Differences between CLAD and other products
CLAD is not just a material that is plated or bonded with a chemical bonding agent!
CLAD is a method in which metal to metal (including non-ferrous metals) is heated and rolled under intense pressure so that the mutual tissue penetrates and stabilizes itself as it destroys the tissue.
As such, they have the following characteristics that make them distinctly different from traditional monomaterials
- Artificial delamination: impossible
- Adhesion: The interpenetration of tissues at the interface makes it more adhesive over time
- Complementary: Complementary, performance-enhancing materials that retain the strengths of a single metal while compensating for the weaknesses of the metal they are joined to, and preserve the strengths of the metal they are joined to.



Classification Atomic Diffusion CLAD Metals | |
---|---|
Bonding Method Atomic Diffusion Bonding [Rolled Hole Method] | |
Heat Resistant Atomic Diffusion CLAD Metal | |
No off-gassing | |
Machinability | Good bending machinability |
Corrosion | resistanceNo corrosion occurs |
No Data Found
explosion clad material
- Custom Clad Materials
- Innovative splicing technology
- Incorporate sustainability
- Mastering quality assurance
- Design for efficiency
- Wide range of industry applications
- Cutting-edge research and development
- Future-proof your innovation
Principle of explosion bonded cladding

- Setting: Place the cladding material on the base material at intervals. Set the powdered explosive on the front surface of the cladding material.

- Detonation: The explosive is detonated and the energy of the explosive drives the cladding material to the base material surface at high speed, generating liquefied metal from the protruding surface. Metal jet (liquefied metal) must remove oxides, nitrides, and adsorbed gases from the surface of the cladding material and base material.

- Compression: Explosive compression is completed instantly (2500M/sec). There is no space for the explosion heat to travel to the metal material, this process is known as cold pressing. Explosive compression is characterized by the appearance of ripples at the compression interface.
The concept of material
Metallurgically connecting different metals with the instantaneous energy from an explosive explosion is known as explosive cladding. Metals that cannot be connected by rolling or diffusion bonding, such as forged materials, can be firmly joined with this explosive compression process.
- The processability, including bending and perforation, is great, and the joint strength is strong when compared to other joining techniques like roll cladding and build-up welding.
- The material is not heated during explosive pressing because it is a cold processing method, and its physical characteristics remain unchanged. The majority metals are joinable. In particular, it can join titanium or aluminum, which cannot be cultivated, and it can also join tantalum or zirconium.
- Multi-layer clad manufacturing is possible.
- tiny orders, tiny lots, and the beginning phases of research and development can all be accommodated by us.