User contributions
15 April 2014
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
+86
File:Shear force of an adhesive joint.jpg
Summary
+71
File:Shear force of an adhesive joint.jpg
Shear force of an adhesive joint (silver adhesive AUROMAL K 20) as a function of the hardening temperature
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
+300
File:Flexible keyboard contact pattern printed with AUROMAL 170.jpg
Summary
+71
File:Flexible keyboard contact pattern printed with AUROMAL 170.jpg
Flexible keyboard contact pattern printed with AUROMAL 170
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
+1
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
+303
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
+299
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
+242
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
-274
Precious Metal Powders and Preparations
Conductive Paints and Adhesives
+122
Precious Metal Powders and Preparations
Precious Metal Firing Preparations
+248
File:Solar cell with print pattern of ARGONOR N920.jpg
Summary
+71
File:Solar cell with print pattern of ARGONOR N920.jpg
Solar cell with print pattern of ARGONOR N920
Precious Metal Powders and Preparations
Precious Metal Firing Preparations
-58
Precious Metal Powders and Preparations
no edit summary
+6
Precious Metal Powders and Preparations
no edit summary
+124
Precious Metal Powders and Preparations
no edit summary
+241
File:Different shapes of silver powders.jpg
Summary
+71
File:Different shapes of silver powders.jpg
Different shapes of silver powders a) spherical b) rounded crystal applomerates
Precious Metal Powders and Preparations
Precious Metal Powders
-132
Surface Coating Technologies
7.5 Contact Lubricants
-56
Surface Coating Technologies
7.5 Contact Lubricants
-180
Surface Coating Technologies
7.6 Passivation of Silver Surfaces
-1
Surface Coating Technologies
7.6 Passivation of Silver Surfaces
+137
File:Typical process flow for the SILVERBRITE W ATPS process.jpg
Summary
+71
File:Typical process flow for the SILVERBRITE W ATPS process.jpg
Typical process flow for the SILVERBRITE W ATPS process
10 April 2014
Surface Coating Technologies
7.5 Contact Lubricants
+52
Surface Coating Technologies
7.5 Contact Lubricants
+1
Surface Coating Technologies
7.5 Contact Lubricants
-37
Surface Coating Technologies
7.5 Contact Lubricants
+12
Surface Coating Technologies
7.5 Contact Lubricants
-71
Surface Coating Technologies
7.4 Hot (-Dipped) Tin Coated Strip Materials
+25
Surface Coating Technologies
7.4 Hot (-Dipped) Tin Coated Strip Materials
+107
File:Typical examples of hot tinned strip materials.jpg
Summary
+71
File:Typical examples of hot tinned strip materials.jpg
Typical examples of hot tinned strip materials
Surface Coating Technologies
7.4 Hot (-Dipped) Tin Coated Strip Materials
Surface Coating Technologies
7.4 Hot (-Dipped) Tin Coated Strip Materials
+127
Surface Coating Technologies
7.4 Hot (-Dipped) Tin Coated Strip Materials
+10
Surface Coating Technologies
7.4 Hot (-Dipped) Tin Coated Strip Materials
-1
Surface Coating Technologies
7.3 Comparison of Deposition Processes
+341
Surface Coating Technologies
7.3 Comparison of Deposition Processes
-51
Surface Coating Technologies
7.3 Comparison of Deposition Processes
+147
Surface Coating Technologies
7.3 Comparison of Deposition Processes
+574
Surface Coating Technologies
7.2 Coatings from the Gaseous Phase (Vacuum Deposition)
+3
Surface Coating Technologies
7.2 Coatings from the Gaseous Phase (Vacuum Deposition)
+5
Surface Coating Technologies
7.2 Coatings from the Gaseous Phase (Vacuum Deposition)
+138
Surface Coating Technologies
7.2 Coatings from the Gaseous Phase (Vacuum Deposition)
+99
Electroplating (or Galvanic Deposition)
Selective Electroplating
+12