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HAR505061

SOLDER 50/50 SOLID 1/8 1# SP

Item Code: HAR505061

50/50 tin-lead solid wire solder, with some exceptions, can be used to solder copper and most copper alloys, lead, nickel alloys, and steel. 50/50 solder is used for general purpose soldering applications including sheet metal work. It is not recommended in high stress or vibration joints in the cooling industry due to lack of sufficient elongation properties. Heat sources include soldering guns, irons, and air-fuel torches. Lead bearing solders are not to be used in potable water system applications.

Category Common Solder

Description

50/50 tin-lead solid wire solder, with some exceptions, can be used to solder copper and most copper alloys, lead, nickel alloys, and steel. 50/50 solder is used for general purpose soldering applications including sheet metal work. It is not recommended in high stress or vibration joints in the cooling industry due to lack of sufficient elongation properties. Heat sources include soldering guns, irons, and air-fuel torches. Lead bearing solders are not to be used in potable water system applications.

SOLDER 50/50 SOLID 1/8 1# SP

Item Code: HAR505061

50/50 tin-lead solid wire solder, with some exceptions, can be used to solder copper and most copper alloys, lead, nickel alloys, and steel. 50/50 solder is used for general purpose soldering applications including sheet metal work. It is not recommended in high stress or vibration joints in the cooling industry due to lack of sufficient elongation properties. Heat sources include soldering guns, irons, and air-fuel torches. Lead bearing solders are not to be used in potable water system applications.

Category Common Solder

Description

50/50 tin-lead solid wire solder, with some exceptions, can be used to solder copper and most copper alloys, lead, nickel alloys, and steel. 50/50 solder is used for general purpose soldering applications including sheet metal work. It is not recommended in high stress or vibration joints in the cooling industry due to lack of sufficient elongation properties. Heat sources include soldering guns, irons, and air-fuel torches. Lead bearing solders are not to be used in potable water system applications.

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