1. 1 Overview
Properties and uses of 1. 1. 1 Ni-Fe alloy coating
Development of foreign 1. 1.2 nickel-iron alloy electroplating
1. 1.3 domestic development of nickel-iron alloy electroplating
Composition and process conditions of 1.2 Ni-Fe alloy plating solution
1.3 nickel-iron alloy electroplating process
Preparation of 1.4 Ni-Fe alloy plating solution
Modification of 1.5 Nickel Plating Solution
Maintenance and control of 1.6 Ni-Fe alloy plating solution
1.7 effect of bath composition and process conditions on ferronickel plating.
1.7. 1 nickel sulfate
1.7.2 ferrous sulfate
1.7.3 sodium chloride
1.7.4 boric acid
1.7.5 stabilizer
1.7.6 influence of process conditions
1.7.7 brightener
1.7.8 softener
Properties of 1.8 Ni-Fe alloy plating solution
1.8. 1 leveling ability
1.8.2 polarization curve
1.8.3 average electroplating capacity
1.8.4 deep plating capacity
1.8.5 cathode current efficiency
1.8.6 coating brightness range
1.8.7 cell conductivity
1.8.8 deposit interest rate
Effect of impurity ions in 1.8.9 plating solution
Properties of 1.9 Ni-Fe alloy coating
1.9. 1 Adhesion strength of coating
1.9.2 toughness test
1.9.3 Internal stress of coating
1.9.4 coating microhardness
1.9.5 electroplating stable potential
Microstructure of 1.9.6 coating
1.9.7 Corrosion resistance of coating
1. 10 barrel nickel-iron alloy plating
1. 1 1 the role of rare earth elements in nickel-iron alloy
Application of 1. 12 graphite electrode in nickel-iron alloy electroplating
1. 13 is plated with high iron, iron and nickel alloy.
1. 13. 1 is plated with an iron-nickel alloy coating containing 65% iron.
1. 13.2 85% Fe-Ni alloy plating solution for copper-based electroplating
1. 14 alkaline nickel-iron alloy plating solution
1. 14. 1 triethanolamine alkaline bath
1. 14.2 ammonium citrate EDTA alkaline bath
1. 15 nickel-iron sulfamate electroplating
1. 16 us patent: sodium gluconate nickel-iron alloy plating solution.
1. 17 Troubleshooting
Common faults and troubleshooting of 1. 17. 1
1. 17.2 Fault prevention and slot treatment
1. 18 economic benefits of nickel-iron alloy electroplating
1. 19 analysis method of nickel-iron alloy plating solution and coating
Analysis method of bath composition based on 1. 19. 1
1. 19.2 analysis method of nickel-iron coating
1.20 Ni-Fe-P alloy plating
Characteristics of 1.20. 1 Ni-Fe-P alloy coating
1.20.2 chloride nickel-iron-phosphorus alloy coating
1.20.3 Ni-Fe-P sulfate coating
1.2 1 Ni-Fe-Mo alloy plating
Composition and technological conditions of 1.2 1. 1 sulfate nickel-iron-molybdenum alloy solution
1.2 1.2 nickel sulfamate-iron-molybdenum alloy coating
1.22 sulfate nickel iron manganese alloy electroplating solution
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Chapter II Plating of Double or Multilayer Nickel-iron Alloy
Chapter III Nickel-Phosphorus Alloy and Nickel-Boron Alloy
Chapter 4 Ternary Alloys of Nickel, Cobalt, Gold and Nickel Diamond Series
Chapter V Ni-W and Ni-W Series Ternary Alloys
Chapter VI Nickel-Chromium Alloys and Nickel-Chromium Series Ternary Alloys
Chapter VII Nickel-plated Copper Alloy
Chapter 8 Galvanized Nickel Alloy
Chapter 9 Electroplating Nickel-Tin Alloy
Chapter 10 Nickel-molybdenum alloy electroplating
Chapter 1 1 Nickel-palladium alloy electroplating
12 chapter nickel indium alloy electroplating
Chapter 13 Nickel-antimony alloy electroplating
Chapter 14 Ni-plated amorphous Ce-S ternary alloy
15 alloy coating of nickel and precious metals