Silver Tungsten Alloy
High Fusion Welding Resistance Tungsten Silver Alloy Powder Pressing Processing
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. Silver tungsten electrode owns the properties of high hardness, high arc corrosion resistance, and high fusion welding resistance. Silver tungsten electrode
Electrical Industry Silver Tungsten Alloy , Silver Tungsten Carbide Plate
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. About the Silver tungsten material : Brand and NO. Chemical Components W% Physical Properties Ag W Total Impurities = Hardness HB >= Resistivity (μΩ·㎝)
Bright Surface AgW Silver Tungsten Alloy Electrrode Contacts High Conductivity
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. Silver tungsten electrode owns the properties of high hardness, high arc corrosion resistance, and high fusion welding resistance. Silver tungsten electrode
Customized Silver Tungsten Alloy , Silver Tungsten Contacts / Electrodes
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. Silver tungsten electrode owns the properties of high hardness, high arc corrosion resistance, and high fusion welding resistance. Silver tungsten electrode
High pressure industry electrode and contact made by silver tungsten alloy
About the Silver tungsten material : Brand and NO. Chemical Components W% Physical Properties Ag W Total Impurities = Hardness HB >= Resistivity (μΩ·㎝) Conductivity IACS W% Bending Strength Mpa>= AgW30 70±1.5 Bal. 0.5 11.75 75 2.3 75 AgW40 60±1.5 Bal. 0.5 12.40 85 2.6 66 AgW50 50±2.0 Bal. 0.5 13.15 105 3.0 57 AgW55 45±2.0 Bal. 0.5 13.55 115 3.2 54 AgW60 40±2.0 Bal. 0.5 14.00 125 3.4 51 AgW65 35±2.0 Bal. 0.5 14.50 135 3.6 48 AgW70 30±2.0 Bal. 0.5 14.90 150 3.8 45
Powder Metallurgy Process Silver Tungsten Alloy Welding Electrodes High Precision
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. Silver tungsten electrode owns the properties of high hardness, high arc corrosion resistance, and high fusion welding resistance. Silver tungsten electrode
Customized Drawing Tungsten Silver Alloy Bar / Rod High Arc Corrosion Resistance
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. Silver tungsten material : Brand and NO. Chemical Components W% Physical Properties Ag W Total Impurities = Hardness HB >= Resistivity (μΩ·㎝) Conductivity
Different Specification Silver Tungsten Alloy Blank Coin For Cutting Metals Materials
The specification of sliver tungsten electrodes can be clarified by the content of tungsten and silver. There are AgW30, AgW40, AgW50, AgW55, AgW60, AgW65, AgW70, AgW75, AgW80, and AgW85. Brand and NO. Chemical Components W% Physical Properties Ag W Total Impurities = Hardness HB >= Resistivity (μΩ·㎝) Conductivity IACS W% Bending Strength Mpa>= AgW30 70±1.5 Bal. 0.5 11.75 75 2.3 75 AgW40 60±1.5 Bal. 0.5 12.40 85 2.6 66 AgW50 50±2.0 Bal. 0.5 13.15 105 3.0 57 AgW55 45±2.0
Silver Tunsgten Contacts For Low Tension Industry And Molding Manufacturing
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. Silver tungsten electrode owns the properties of high hardness, high arc corrosion resistance, and high fusion welding resistance. Silver tungsten electrode
High Hardness Electrical Tungsten Alloy Sheet Powder Metallurgy Processing
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. Silver tungsten electrode owns the properties of high hardness, high arc corrosion resistance, and high fusion welding resistance. Silver tungsten electrode
High Durability Silver Tungsten Alloy Round Bar / Welding Rod High Temperature Resistance
Silver tungsten electrode can also be called silver tungsten rod and silver tungsten bar. Silver tungsten electrode is the alloy of tungsten and silver. Silver and tungsten’s mutual solubility is very low, and this has been the reason why silver tungsten electrode can only be made by powder metallurgy and pressing method. About the Silver tungsten material : Brand and NO. Chemical Components W% Physical Properties Ag W Total Impurities = Hardness HB >= Resistivity (μΩ·㎝)