FEATURES

● High wear-resisting surfacing can also be achieved under lower impact force. In addition to the carbide of chromium.

● Contains special carbides with fine distribution, which can improve the wear resistance, strong gain and flexible response to impact load.

● It is best suited for working layers on components that bear high wear and moderate impact loads.

We can adjust different proportions of flux cored hardfacing wire to meet your needs in the industry!

JH-100Mo Flux Cored Hardfacing Welding Wire

JH-100Mo Flux Cored Hardfacing Welding Wire is a hardfacing overlay material suitable for protecting metal surfaces from abrasion, corrosion and erosion in high wear, high impact and high temperature environments. The wire is commonly used to repair or enhance the surfaces of industrial equipment and machinery to extend their life and improve performance.

Common applications:

Mining and construction equipment: This wire can be used to protect the surfaces of heavy machinery such as excavators, bulldozers, buckets, crushers and drilling equipment from abrasion and impact. It can also be used for overlay welding of wear parts such as wear plates, wear rings, wear rods, etc.

Metallurgical and steel processing equipment: The wire can be used to protect the surfaces of equipment at high temperatures, such as rotors, nozzles, refractory bricks and other components in steel processing.

Oil and gas and chemical equipment: The wire is used to protect equipment such as oil and gas pipelines, chemical reactors, tanks, pumps and valves from corrosion and wear.

Cement and stone processing equipment: The wire can be used to protect the surfaces of cement mixers, stone cutting machines, mixing drills and other equipment from abrasion and impact.

Flux Cored Hardfacing Welding Wire is suitable for a wide variety of applications where equipment surfaces need to be protected in extreme environments. It provides excellent resistance to wear, impact and erosion, extending equipment life and improving performance and efficiency.