HARDFACING ALLOYS

(SMAW) HARDFACING ELECTRODES

Mil-Arc 10 Gen. Purpose Forgable, 55-60 RC	Mil-Arc 11 Severe Abrasion with impact, 64 RC	Mil-Arc 13 Chrome Carbide, Ultra smooth, dep. 57 RC, WH up to 62 RC
Mil-Arc 15 Complex Carbide for severe abrasion at elevated temp. 65 RC	Mil-Arc 17 Tungsten Carbide for severe fine particle abrasion, no impact

(SMAW) TUBULAR HARDFACING ELECTRODES

Mil-Arc 1023T Complex Carbide for severe abrasion at elevated temp. 65RC

Mil-Arc 1033T CrC, for high abrasion w/ compressive impact & erosion 55-60RC

Mil-Arc 1034T Martensitic CrC, for extreme scratching abrasion 58-62 RC

(FCAW) HARDFACING CONTINUOUS WIRE

Mil-Mig 110 Gen. Purpose, forgable, 55-60 RC	Mil-Mig 111 Severe abrasion low impact 62-64 RC	Mil-Mig 113 CrC, Severe abrasion with impact 58-62 RC
Mil-Mig 115 Complex Carbide for severe abrasion at elevated temp. 1600F	Mil-Mig 117 Tungsten Carbide alloy for extreme fine particle abrasion	Mil-Mig 119 Multi-Complex Carbide within a CrC matrix for heat, abrasion, impact 60-63 RC, 1200F

(OXY-ACETYLENE) GAS HARDFACING ALLOYS

Mil-Braze 133 CrC within a Ni matrix for abrasion, heat, & corrosion up to 62RC	Mil-Braze 135 WCr within a Ni matrix for severe conditions requiring greater wear resistance	Mil-Braze 137 For all metal (except white) Containing WC particles used as a cutting surface within a tough, nickel-silver matrix
Mil-Braze 630F flux can be used with Mil-Braze 133,135,137 if needed for additional cleaning and flow.

Symbol recognition:	RC = Rockwell "C" scale
Alloy recognition:	CrC = Chrome Carbide WC = Tungsten Carbide Ni = Nickel