UNS C68700 Copper Alloy Chemical Composition & Properties, Grades, Tables and Pdf

UNS C68700 is a typical copper alloy applied worldwide as a good material for stationary objects placed in corrosive salts with high moisture degree. This alloy has copper as its primary component together with zinc and aluminum. It shows considerable resistance to warping and wearing under strain. Copper, being an alloy, it is usually 76%-79% copper while 0.5%-1% of aluminum and up to 0.5% iron exist and then other unspecified minerals that could be up to 0.5%. C68700 is the most commonly used and is made from ceramic-based high-performance material that is corrosion and biofouling resistant for marine and in-shore infrastructures. In order to prevent environmental degradation, the maritime waste management systems uses both active and passive inception including through the condensers, heat exchangers and other water handling processes. This material is known for high thermal conductivity and mechanical performance, so it is a bit different from its counterparts and works effectively even in rough conditions. Grades and specifications are broadly used to help clients select products uniquely suitable for their facilities and applications. The chemical composition, mechanical properties and grade classifications are depicted by the use of tables and PDF documents for the purpose of reference.

UNS C68700 Copper Alloy Chemical Composition And Grade Table

Copper alloy UNS C68700 is frequently referred to as aluminum brass in the marine environmental system as it is known for its abrasion-resistance attributes. It is basically made up of copper (Cu), which in normal case comprises by 76-79% of copper and 2.8-3.5% of aluminum (Al) and trifling amount of still some other elements, such as zinc (Zn) and manganese (Mn). Heat transfer is the highlight of this alloy and it is frequently used in condensers, heat exchangers, condenser tubes and similar marine applications. On this basis the chemical balance compositions are in line C68700 offers strength and ductility at the same time that is conducive to industries with the need to withstand sea corrosion.

Related Topics

Here is another related topic that you may also like.