The manufacturing process of composite stainless steel plates directly determines their performance and application scenarios. Currently, the mainstream processes mainly include explosion bonding and hot rolling bonding.

Explosion bonding utilizes the instantaneous release of explosive energy to cause high-speed collision between the stainless steel cladding and carbon steel base layer, forming a metallurgical bond. This method is suitable for producing thick plates (over 10mm) and complex-shaped plates, with high interface bonding strength and excellent impact resistance.

Hot rolling bonding achieves material fusion through high-temperature rolling processes. It can produce large plates up to 3800mm wide and cladding plates as thin as 0.5mm, offering high production efficiency and suitability for large-scale industrial mass production.

Each process has its own focus: explosion bonding is suitable for scenarios requiring extremely high strength such as high-pressure vessels and marine engineering; while hot rolling bonding is more applicable to fields sensitive to plate size and cost, such as architectural decoration and home appliance manufacturing.

In addition, optimization of process parameters significantly impacts performance. For example, adjusting the rolling reduction ratio can balance the corrosion resistance and strength of the plates to meet different working condition requirements.