Wear resistance bead welding technique help to reduce the requirement for excavator bucket tooth basis material

The feature for wear resistance bead welding technique is adopts the bead welding technique to make a wear resistance alloy layer on high manganese steel, carbon steel or alloy steel accessory surface, so professional bucket tooth pin manufacturer would reduce the mechanical performance to excavator bucket tooth basis material and material manufacturing costs.

If the excavator bucket tooth basis material is high manganese steel, professional bucket tooth pin manufacturer would bead welding a high chrome casting iron alloy layer on its surface; but bead welding a chrome-aluminum series layer or hardened alloy layer on high manganese steel excavator bucket tooth top part, so bucket tooth pin manufacturer said the finished the finished excavator bucket tooth is the best choice to excavate these softy mine or medium harden rocks.

But most of the domestic bucket tooth pin manufacturer would adopts the medium carbon low alloy steel to manufacturing into the finished excavator bucket tooth products, and the best bead welding rod must be the high chrome casting iron and martensite alloy casting iron welding rod.