How to Cut, Punch, and Weld Composite Wear-Resistant Steel Plates
Composite wear-resistant steel plates require specific methods for cutting, punching, and welding. The recommended techniques are listed below.
Cutting
Plasma Cutting: The alloy surface should be cut first using air or inert gas plasma.
Carbon Arc Cutting: Cutting should begin from the substrate side.
Grinding Wheel Saw: Straight-line cuts can be made using silicon carbide saw blades.
Hole Cutting
Large Holes: Plasma cutting is recommended.
Small Holes: Electrical Discharge Machining (EDM) should be used.
Countersunk Holes: Plasma or carbon arc cutting is suitable for assembly bolts.
Welding
Base Material Welding: The base material of the plate can be welded easily. First, the back base material should be welded. Then, the front surfacing layer must be filled with a matching surfacing electrode.
Structural Welding: The plates can also be welded to other steel structures.
Plug Welding
Hole Creation: Plasma or carbon arc gouging should be used to create holes. Then, plug welding can be applied to connect the plate to other steel structures.
Bolt Fixing
Welding Bolts: Flash or melting welding should be used to attach bolts to the base material for connection.
Bolt Connection: Holes can also be created in the plate for bolt connections.
These methods ensure proper handling of composite wear-resistant steel plates for various industrial uses.
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