What is the Difference Between Electroforming and Electroplating?
🆚 Go to Comparative Table 🆚Electroforming and electroplating are both electrodeposition processes, but they serve different purposes and have distinct outcomes. Here are the key differences between the two:
- Purpose: Electroforming is used to create solid metal pieces, while electroplating is used to cover an existing part made of a different material in metal.
- Process: In electroforming, a non-conductive surface like plastic or an organic item is prepared for electroplating, resulting in a finished product that retains all the detail of the original. In contrast, electroplating involves depositing a thin layer of an alternative metal onto an existing conductive item.
- Object Creation: A product made by electroforming is usually created entirely through electroforming, while electroplating forms just the outer layer of a product.
- Applications: Electroforming is often used to create objects with high levels of detail, such as sculptures, figurines, and art pieces. Electroplating is used to increase the strength and durability of various designs, improve resistance to environmental factors, and add cosmetic metal finishes to customer products.
In summary, electroforming creates a new object, typically using a mold that is removed after the part is formed, while electroplating modifies an existing object by depositing a layer of metal onto its surface.
On this pageWhat is the Difference Between Electroforming and Electroplating? Comparative Table: Electroforming vs Electroplating
Comparative Table: Electroforming vs Electroplating
Here is a table comparing the differences between electroforming and electroplating:
Feature | Electroforming | Electroplating |
---|---|---|
Object Creation | Creates a separate object | Deposits a layer onto an existing object |
Process | Uses a mandrel (conductive model) to shape the final product | Applies a thin coating on the outside surface of an object |
Materials | Mainly works with nickel and copper | Can use a variety of metals, including nickel, copper, silver, and gold |
Applications | Used to create solid metal pieces with high accuracy and precision | Used to enhance the appearance or functionality of an object, such as improving corrosion resistance or conductivity |
Mandrel's Role | The mandrel determines the shape of the final product and is removed after | The object serves as the substrate for the electroplating process |
Both electroforming and electroplating are industrial processes that use electricity and electrodeposition, but they serve different purposes and create different outcomes.
Read more:
- Electroplating vs Electrolysis
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- Electroplating vs Galvanisation
- Electrophoretic Deposition vs Electrodeposition
- Coating vs Plating
- Electrolyte vs Electrolysis
- Electropolishing vs Passivation
- Ionization vs Electrolysis
- Electrowinning vs Electrorefining
- Electrode vs Electrolyte
- Metallic vs Electrolytic Conduction
- Electrophoresis vs Electroosmosis
- Electrochemical Cell vs Electrolytic Cell
- Electrolysis vs Laser
- Electrophoresis vs Dielectrophoresis
- Electrolytic vs Galvanic Cells
- Zinc vs Nickel Plating
- Gold vs Gold Plated
- Molten vs Aqueous Electrolysis