Select-Arc, Inc.

New Hardsurfacing Electrode for Earthmoving and Mining Applications
Welding Equipment & Supplies

New Hardsurfacing Electrode for Earthmoving and Mining Applications

Fort Loramie, OH - Select-Arc, Inc. has introduced a metal-to-metal wear hardsurfacing electrode that yields a low alloy, martensitic steel of mid-range hardness. SelectWear 42 is a medium alloy martensitic steel wire that offers very good metal-to-metal wear resistance. It has the capability of welding crack-free multiple layers. This electrode is utilized for welding applications such as...

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New Hardsurfacing Electrode for Earthmoving and Mining Applications
Welding Equipment & Supplies

New Hardsurfacing Electrode for Earthmoving and Mining Applications

Fort Loramie, OH - Select-Arc, Inc. has introduced a metal-to-metal wear hardsurfacing electrode that yields a low alloy, martensitic steel of mid-range hardness. SelectWear 42 is a medium alloy martensitic steel wire that offers very good metal-to-metal wear resistance. It has the capability of welding crack-free multiple layers. This electrode is utilized for welding applications such as...

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Martensitic Electrodes weld 410 stainless steel.
Electronic Components & Devices

Martensitic Electrodes weld 410 stainless steel.

Fort Loramie, OH - Select-Arc, Inc. has introduced two gas-shielded, flux cored, stainless steel electrodes that are composed of 12% chromium and weld 410 stainless steels. Select 410-AP is an all position wire that delivers flat, well washed beads that can be achieved with minimal weaving. This product produces very low spatter and excellent slag peeling to minimize cleanup. It is utilized to...

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Martensitic Electrodes weld 410 stainless steel.
Electronic Components & Devices

Martensitic Electrodes weld 410 stainless steel.

Fort Loramie, OH - Select-Arc, Inc. has introduced two gas-shielded, flux cored, stainless steel electrodes that are composed of 12% chromium and weld 410 stainless steels. Select 410-AP is an all position wire that delivers flat, well washed beads that can be achieved with minimal weaving. This product produces very low spatter and excellent slag peeling to minimize cleanup. It is utilized to...

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Stainless Steel Electrodes produce little or no spatter.
Electronic Components & Devices

Stainless Steel Electrodes produce little or no spatter.

Available in .045 and 1/16 in. diameters, SelectAlloy 16-8-2 Electrodes are composed of 15.5% chromium, 8.5% nickel, and 1.5% molybdenum. Flux cored SelectAlloy 16-8-2-AP, designed to weld in all positions, delivers flat, well washed beads, while metal cored SelectAlloy 16-8-2-C wire provides smooth, spray arc transfer and produces little or no slag. Both gas-shielded electrodes are suitable for...

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Stainless Steel Electrodes produce little or no spatter.
Electronic Components & Devices

Stainless Steel Electrodes produce little or no spatter.

Available in .045 and 1/16 in. diameters, SelectAlloy 16-8-2 Electrodes are composed of 15.5% chromium, 8.5% nickel, and 1.5% molybdenum. Flux cored SelectAlloy 16-8-2-AP, designed to weld in all positions, delivers flat, well washed beads, while metal cored SelectAlloy 16-8-2-C wire provides smooth, spray arc transfer and produces little or no slag. Both gas-shielded electrodes are suitable for...

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Stainless Steel Electrode resists creep and corrosion.
Electronic Components & Devices

Stainless Steel Electrode resists creep and corrosion.

SelectAlloy 316LT0-3 has nominal weld metal composition of 19% chromium, 12.5% nickel, 2.5% molybdenum, and max carbon content of 0.03%. Molybdenum imparts resistance to pitting and creep, while carbon content minimizes carbide precipitation and promotes resistance to intergranular corrosion. Self-shielded, flux cored electrode produces flat, well washed bead and provides globular arc transfer...

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Stainless Steel Electrode resists creep and corrosion.
Electronic Components & Devices

Stainless Steel Electrode resists creep and corrosion.

SelectAlloy 316LT0-3 has nominal weld metal composition of 19% chromium, 12.5% nickel, 2.5% molybdenum, and max carbon content of 0.03%. Molybdenum imparts resistance to pitting and creep, while carbon content minimizes carbide precipitation and promotes resistance to intergranular corrosion. Self-shielded, flux cored electrode produces flat, well washed bead and provides globular arc transfer...

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Stainless Steel Electrodes resist cracking.
Electronic Components & Devices

Stainless Steel Electrodes resist cracking.

Composed of nominal weld metal compositions of 30% chromium, 9% nickel, and 0.1% carbon, SelectAlloy 312 and SelectAlloy 312-C produce 2-phase weld metal with substantial ferrite in austenitic matrix. Flux-cored SelectAlloy 312 welds dissimilar metals such as carbon steels to stainless steels high in nickel, while metal-cored SelectAlloy 312-C welds dissimilar metals at elevated speeds. Both...

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Stainless Steel Electrodes resist cracking.
Electronic Components & Devices

Stainless Steel Electrodes resist cracking.

Composed of nominal weld metal compositions of 30% chromium, 9% nickel, and 0.1% carbon, SelectAlloy 312 and SelectAlloy 312-C produce 2-phase weld metal with substantial ferrite in austenitic matrix. Flux-cored SelectAlloy 312 welds dissimilar metals such as carbon steels to stainless steels high in nickel, while metal-cored SelectAlloy 312-C welds dissimilar metals at elevated speeds. Both...

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