AFM 12B ERCoCr-B Cobalt Alloys
AFM #12 Cobalt is similar to AFM #6 Cobalt, however AFM #12 Cobalt offers greater resistance to hot and cold abrasion at elevated temperatures. Weld deposits are harder than AFM #6 Cobalt deposits because of a higher carbide volume within its microstructure. It is excellent for abrasion and corrosion resistance, but only moderate impact. It is commonly used for cutting edges

  

AFM 12C ECoCr-B Cobalt Alloys
AFM #12 Cobalt is similar to AFM #6 Cobalt, however AFM #12 Cobalt offers greater resistance to hot and cold abrasion at elevated temperatures. Weld deposits are harder than AFM #6 Cobalt deposits because of a higher carbide volume within its microstructure. It is excellent for abrasion and corrosion resistance, but only moderate impact. It is commonly used for cutting edges.

AFM 12M ERCCoCr-B Cobalt Alloys
AFM #12 Cobalt is similar to AFM #6 Cobalt, however AFM #12 Cobalt offers greater resistance to hot and cold abrasion at elevated temperatures. Weld deposits are harder than AFM #6 Cobalt deposits because of a higher carbide volume within its microstructure. It is excellent for abrasion and corrosion resistance, but only moderate impact. It is commonly used for cutting edges.

AFM 1B ERCoCr-C Cobalt Alloys
AFM #1 Cobalt is designed for applications that require extreme abrasion resistance at elevated temperatures, but where impact resistance is not a consideration. It has a higher carbon and tungsten content than other cobalt alloys causing the weld deposit to have a higher volume of carbides within its microstructure. Although the weld deposits of AFM #1 Cobalt are not as ˇ°toughˇ± as those of AFM #6 Cobalt, they are much harder and have excellent resistance to solid particle erosion.
AFM 1C ECoCr-C Cobalt Alloys
AFM #1 Cobalt is designed for applications that require extreme abrasion resistance at elevated temperatures, but where impact resistance is not a consideration. It has a higher carbon and tungsten content than other cobalt alloys causing the weld deposit to have a higher volume of carbides within its microstructure. Although the weld deposits of AFM #1 Cobalt are not as ˇ°toughˇ± as those of AFM #6 Cobalt, they are much harder and have excellent resistance to solid particle erosion.
AFM 1M ERCCoCr-C Cobalt Alloys
AFM #1 Cobalt is designed for applications that require extreme abrasion resistance at elevated temperatures, but where impact resistance is not a consideration. It has a higher carbon and tungsten content than other cobalt alloys causing the weld deposit to have a higher volume of carbides within its microstructure. Although the weld deposits of AFM #1 Cobalt are not as ˇ°toughˇ± as those of AFM #6 Cobalt, they are much harder and have excellent resistance to solid particle erosion.
AFM 21B ERCoCr-E Cobalt Alloys
AFM #21 Cobalt offers excellent high temperature strength and stability. The addition of molybdenum gives it work hardening capability, making AFM #21 Cobalt excellent for hit trimming dies, extrusion dies and hot shears. It has good anti-galling properties and excellent resistance to cavitation erosion and corrosion thereby making AFM #21 Cobalt an excellent choice for fluid seats.
AFM 21C ECoCr-C Cobalt Alloys
AFM #21 Cobalt offers excellent high temperature strength and stability. The addition of molybdenum gives it work hardening capability, making AFM #21 Cobalt excellent for hit trimming dies, extrusion dies and hot shears. It has good anti-galling properties and excellent resistance to cavitation erosion and corrosion thereby making AFM #21 Cobalt an excellent choice for fluid seats.
AFM 21M ERCCoCr-E Cobalt Alloys
AFM #21 Cobalt offers excellent high temperature strength and stability. The addition of molybdenum gives it work hardening capability, making AFM #21 Cobalt excellent for hit trimming dies, extrusion dies and hot shears. It has good anti-galling properties and excellent resistance to cavitation erosion and corrosion thereby making AFM #21 Cobalt an excellent choice for fluid seats.
AFM 6B ERCoCr-A Cobalt Alloys
AFM #6 Cobalt is our most popular and useful cobalt alloy, offering excellent balance between impact, heat, corrosion and metal-to-metal abrasion resistance. It offers outstanding anti-galling properties, superior high temperature hardness and resistance to cavitation erosion making it perfect to use as valve trim in steam engines or repairing worn machine parts. It is ideal for many hardsurfacing applications because of its resistance to mechanical and chemical degradation at extreme temperatures.
AFM 6C ECoCr-A Cobalt Alloys
AFM #6 Cobalt is our most popular and useful cobalt alloy, offering excellent balance between impact, heat, corrosion and metal-to-metal abrasion resistance. It offers outstanding anti-galling properties, superior high temperature hardness and resistance to cavitation erosion making it perfect to use as valve trim in steam engines or repairing worn machine parts. It is ideal for many hardsurfacing applications because of its resistance to mechanical and chemical degradation at extreme temperatures.
AFM 6M ERCCoCr-A Cobalt Alloys
AFM #6 Cobalt is our most popular and useful cobalt alloy, offering excellent balance between impact, heat, corrosion and metal-to-metal abrasion resistance. It offers outstanding anti-galling properties, superior high temperature hardness and resistance to cavitation erosion making it perfect to use as valve trim in steam engines or repairing worn machine parts. It is ideal for many hardsurfacing applications because of its resistance to mechanical and chemical degradation at extreme temperatures.