Density 8.3 g cm -3 Coefficient of thermal x10-6 K -1 Melting point C Specific J K -1 kg -1

Transcription

1 Cobalt/Chromium/Iron/Nickel/Molybdenum/Manganese Co40/Cr20/Fe15/Ni15/Mo 7/Mn 2/C/Be Density 8.3 g cm -3 Coefficient of thermal x10-6 K C Specific J K -1 kg -1 Alloy Cobalt/Chromium/Iron/Nickel/Molybdenum/Mangan Mechanical Properties Electrical resistivity 95 mohmcm Modulus of elasticity 200 GPa Tensile strength MPa Wire CO CO CO Diameter mm Temper Hard m m m m m Diameter mm Temper Hard m m m m m Diameter mm Temper Hard m m m m m 1

2 Havar 1 - High-Strength Non-Magnetic Alloy Co42.5/Cr20/Ni13/Fe/W/Mo/Mn Common Brand Names : Havar 1 Mechanical Properties Density 8.3 g cm -3 Elongation at break 1 % Modulus of elasticity 200 GPa Tensile strength 1860 MPa Coefficient of thermal x10-6 K -1 Thermal 14.7 W m -1 K -1 CO CO CO CO CO Thickness mm Web Code Size 1pc 2pcs 5pcs Thickness mm Web Code Size 1pc 2pcs 5pcs Thickness mm Web Code Size 1pc 2pcs 5pcs Thickness mm x 25 mm x 50 mm x 100 mm Coil Width 100mm m m m Web Code Diameter mm mm mm mm mm mm mm Thickness mm x 25 mm x 50 mm x 100 mm x 150 mm Coil Width 190mm m Web Code Diameter mm mm mm mm mm mm mm Alloy Havar 1 - High-Strength Non-Magnetic Alloy 2

3 Havar 1 - High-Strength Non-Magnetic Alloy Co42.5/Cr20/Ni13/Fe/W/Mo/Mn CO CO CO Thickness mm x 25 mm x 50 mm x 100 mm Coil Width 100mm m m Web Code Diameter mm mm mm mm mm mm mm Thickness mm x 25 mm x 50 mm x 100 mm x 150 mm Coil Width 150mm m m Web Code Diameter mm mm mm mm mm mm mm Thickness mm x 25 mm x 50 mm x 100 mm x 150 mm Coil Width 150mm m Web Code Diameter mm mm mm mm mm mm mm Alloy Havar 1 - High-Strength Non-Magnetic Alloy 39

4 Havar 1 - High-Strength Non-Magnetic Alloy Co42.5/Cr20/Ni13/Fe/W/Mo/Mn CO CO CO Permendur 49 1 Co49/Fe49/V 2 Thickness mm x 25 mm x 50 mm x 100 mm x 150 mm Coil Width 200mm m m Web Code Diameter mm mm mm mm mm mm mm Thickness mm x 25 mm x 50 mm x 100 mm Coil Width 100mm m m Thickness mm 20pcs x 25 mm x 50 mm x 100 mm Coil Width 212mm m m Common Brand Names : Permendur 49 1 Soft magnetic alloy. Uses include instrument, radar and radio transformers. Density 8.15 g cm -3 Electrical resistivity 40 mohmcm Magnetic Properties Curie temperature 940 C Coefficient of thermal 9.5 x10-6 K -1 Saturation flux density 2.34 T Crystallization temperature W C Alloy Havar 1 - High-Strength Non-Magnetic Alloy Mechanical Properties Elongation at break 6 % 4

5 Permendur 49 1 Co49/Fe49/V 2 Sheet CO CO CO CO CO Thickness mm x 50 mm x 100 mm x 150 mm x 500 mm Web Code Diameter mm mm mm mm mm mm mm Thickness mm x 100 mm x 100 mm x 195 mm x 200 mm Rod Diameter mm Condition Ground Web Code Length 1pc 2pcs mm mm mm Diameter mm Condition Hot rolled (black) Web Code Length 1pc 2pcs mm mm Diameter mm Condition Hot rolled (black) Web Code Length 1pc 2pcs mm mm USD Cobalt/Chromium/Tungsten/Nickel/Iron/Manganese Co50/Cr20/W 15/Ni10/Fe 3/Mn 2 Alloy Permendur x 50 mm x 100 mm x 150 mm x 300 mm Coil Width 300mm m Web Code Size 1pc 2pcs x 150 mm x 300 mm Cobalt/Tungsten Co50/W 50 5

6 Cobalt/Tungsten Co50/W 50 CO F 1530 C Max. Particle size micron g g g g g Cobalt/Silicon/Boron/Iron/Nickel Co66/Si15/B 14/Fe 4/Ni 1 Metallic glasses (glassy alloys) or amorphous metals. Uses include soft magnetic applications, brazing, coating and as reinforcing fibers. Density 7.59 g cm -3 Electrical resistivity 142 mohmcm Magnetic Properties Coercivity - as cast 0.24 A m -1 Crystallization temperature 550 C Curie temperature 205 C Maximum use temperature in air 80 C Remanence ratio - Br/Bs 0.82 Saturation flux density 0.55 T Mechanical Properties Saturation magnetostriction <1 x10-6 Hardness - Vickers 960 kgf mm -2 CO CO Tensile modulus Tensile strength Thickness mm Coil width mm Coil Width 50.8mm m m m m m Thickness mm Coil width mm Coil Width 25mm m m m m m 61 GPa >700 MPa Alloy Cobalt/Tungsten Cobalt/Boron/Silicon/Iron/Molybdenum/Nickel Co69/B 12/Si12/Fe 4/Mo 2/Ni 1 Density 7.80 g cm -3 Electrical resistivity 136 mohmcm Magnetic Properties Coercivity - as cast 0.8 A m -1 Crystallization temperature 520 C Curie temperature 365 C Maximum use temperature in air 80 C Remanence ratio - Br/Bs 0.83 Saturation flux density 0.70 T Mechanical Properties Saturation magnetostriction <1 x10-6 Hardness - Vickers 900 kgf mm -2 Tensile modulus Tensile strength 63 GPa >700 MPa 6

7 Cobalt/Boron/Silicon/Iron/Molybdenum/Nickel Co69/B 12/Si12/Fe 4/Mo 2/Ni 1 CO Cobalt/Chromium Co70/Cr30 CO F Thickness mm Coil width mm Coil Width 50mm m m m m m m 1470 C Max. Particle size micron g g g Cobalt/Silicon/Boron/Manganese Co70/Si+B 23/Mn 5/Fe+Mo 2 Density 7.6 g cm -3 Electrical resistivity 130 mohmcm Magnetic Properties Coercivity - as cast <1 A m -1 Crystallization temperature 450 C Curie temperature 350 C Maximum use temperature in air C Remanence ratio - Br/Bs Saturation flux density 0.8 T Mechanical Properties Saturation magnetostriction <0.3 x10-6 Hardness - Vickers 900 kgf mm -2 CO CO Tensile modulus Tensile strength Thickness mm Coil width mm Coil Width 25mm m m m m m m m Thickness mm Coil width mm Coil Width 25mm m m m m m m 150 GPa MPa Alloy Cobalt/Boron/Silicon/Iron/Molybdenum/Nickel Cobalt/Silicon/Molybdenum/Iron/Boron/Niobium Co78/Si 9/Mo 5/Fe 4/B 2/Nb 2 Density 7.75 g cm -3 7

8 Cobalt/Silicon/Molybdenum/Iron/Boron/Niobium Co78/Si 9/Mo 5/Fe 4/B 2/Nb 2 CO Cobalt/Aluminum Co79/Al21 CO F Cobalt/Iron Co80/Fe20 CK Thickness mm Coil width mm Coil Width 20mm m m m m m 1550 C Max. Particle size micron g g g g g We are able to offer powders of many other alloys, compounds and intermetallics. Lump Cobalt/Chromium Co86/Cr14 CK F Max. Lump size mm g g g Max. Particle size micron Condition Atomized g g g Alloy Cobalt/Silicon/Molybdenum/Iron/Boron/Niobium Cobalt/Aluminum Co90/Al C 8

9 Cobalt/Aluminum Co90/Al10 CO F Max. Particle size micron g g g g g Cobalt/Titanium Co94/Ti 6 CO F 1450 C Max. Particle size micron g g g g g Alloy Cobalt/Aluminum 9