About shaving peeling dies
About shaving peeling dies
About shaving peeling dies
Application:
Generally used for non-ferrous metals (aluminum, titanium, copper) to remove the oxide layer. In order to facilitate the subsequent drawing , improve the quality of the wire.
The formation of oxide skin
The oxide skin on the metal surface is mainly formed by the chemical reaction between wire and environmental factors such as oxygen and water in the air. These chemical reactions cause a thin layer of oxide to appear on the surface of the wire, which gradually thickens over time to form a distinct oxide skin.
In addition, wire may also be subjected to mechanical damage, oil pollution and other pollution in the process of processing, transportation and storage, further aggravating the formation of oxide skin.
The oxide layer will reduce the brightness and beauty of the metal, but also affect the corrosion resistance and service life of the metal.
Wire peeling advice
Aluminum peeling specification section:1.0-4.0mm,The amount of peeling is average 0.02mm
Copper peeling specification section:2.0-8.0mm,The amount of peeling is average 0.05-0.15mm
Titanium peeling specification section:0.8-1.0mm,The amount of peeling is average 0.01mm
The Maintenance And Usage Methods Of Drawing Dies Mainly Include The Following Aspects
Regular cleaning: During use, wire drawing dies will accumulate dirt and oil stains. If these contaminants are not cleaned in time, they will affect the service life and performance of the dies. Therefore, it is necessary to regularly wipe the surface of the dies clean with solvents such as alcohol or gasoline.
Read MoreThe Main Reasons For Wire Breakage In Drawing Dies Include The Following Points
Die wear: During long-term use, drawing dies will naturally wear out due to friction, resulting in plastic deformation and fatigue cracks on the die surface, which affects its normal service life.
Read MoreKey characteristics of carbide wire drawing die
High hardness: The hardness of the cemented carbide material is close to diamond, and it can withstand the strong wear of the wire at high speed through the die.
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