Many metals and alloys can be enhanced considerably by electroplating to provide corrosion resistance and/or decorative finishes. This course provides the electrical and chemical fundamentals of electroplating. Many types of metallic electrodeposition are explained in a "do" and "don't" presentation.
Personnel ranging from designers to electroplaters can enhance their technical expertise by gaining a through knowledge of proper procedures and their applications. This course is a must for anyone associated with pleated parts such as: quality control inspectors, technicians, sales personnel and managers.
- A basic understanding of chemistry and physics is necessary to derive full benefits from this course.
- Elements of Metallurgy course
Introduction to Electroplating and Preplating Operations: reasons for finishing metals; mechanical finishing methods; physical cleaning methods; chemical cleaning methods; coatings on metals and nonmetals; post plating treatments
Electric Current and Machines: direct current electricity; electrical definitions and terms; alternating current; electrical distribution systems; electrical instruments; sources of current; electrical distribution systems in electroplating
Definitions, Solutions and Conductance: terms and definitions; atomic structure; ionization or dissociation; nature and properties of solutions; conductivity and resistivity
Electrode Potentials and Polarization: electrode potentials of metals; hydrogen in concentration and pH; polarization
Electrodeposition, General: electrodeposition; throwing power; improving distribution of electroplate; metal electrodeposition; anode reactions in electrodeposition; electrodeposition of alloys
Corrosion and Protective Coating: principles of corrosion; factors that govern corrosion; types of protective coatings; durability of electroplated items; coatings of copper+nickel+chromium; zinc and cadmium coatings; tin coatings; lead coatings; batteries
Choice of Metals and Plating Baths: metals that can be electrodeposited; selection of metals; applications; aqueous solutions for electroplating; other constituents of plating baths; impurities and defects; design for plating
Preparation Prior to Electroplating: classes of surface contamination; removal of surface roughness; removal of physical soil; removal of chemical soil; removal of mechanical soil; preparation cycles; water for plating plants; plating for plastics and nonmetals
Structure and Properties of Electroplates: structure; grain size; effect of electroplating conditions; physical and mechanical properties; brightness; smoothness; chemical properties
Specification and Testing of Electroplates: types of specifications and tests for physical and mechanical properties; specifications for decorative-protective electroplates; testing for corrosion resistance; inspection
Plating Plant Equipment and Waste Control: building and space requirements; equipment; tanks; ventilation; filtration and settling; anodes; safety; waste disposal; water treatment methods
Electrodeposition of Copper, Nickel, Chromium, Cobalt, and Iron, and Some of Their Alloys: copper deposition; nickel deposition; chromium deposition; cobalt deposition; iron deposition
Electrodeposition of Zinc, Cadmium, Tin, Lead, and Precious Metals, Some of Their Alloys, and Unusual Metals: zinc deposition; cadmium deposition; tin deposition; lead deposition; precious metals; unusual metals
Analysis of Electroplating Solutions; Trouble Sources: changes in bath composition; control by analysis; trouble sources
Anodic Processes, Anodizing and Other Methods of Coating: electropolishing; anodizing; conversion coating; coloring of metals; mechanical plating; vapor deposition; ion plating
Non Members: $1980
Non Members: $1980