Solder strip SCHROFF 60800064, conductivity 0.6 mm × 0.6 mm

Solder strip SCHROFF 60800064, conductivity 0.6 mm × 0.6 mm is a metal soldering strip intended for electronic and electrical assembly tasks. The product provides a continuous solder material in a narrow cross-section suitable for precise solder joints, small repairs and prototyping work in equipment manufacturing and maintenance. It is designed to be handled with soldering tools where a slim, consistent solder bead is required.

Advantages

The solder strip offers a consistent cross-sectional area of 0.6 mm × 0.6 mm that facilitates controlled application and predictable melting behavior. Its narrow profile helps reach confined component spaces and narrow pads without excessive solder overflow. The format simplifies repetitive soldering operations by providing a uniform supply of solder material that can be fed or placed as needed during assembly or repair tasks.

Suitable for

• Precision soldering of small electronic components
• Repair and rework of printed circuit boards and connectors
• Prototyping and small-batch equipment assembly
• Situations requiring a narrow, consistent solder application

Key specifications

• Cross-sectional dimensions: 0.6 mm × 0.6 mm
• Material: metal solder strip (lead content and alloy composition as provided by manufacturer)
• Form factor: linear strip suitable for feeding or manual placement
• Primary application: electronic and electrical assembly, repairs, prototyping

How to use

Position the solder strip at the joint or pad requiring solder and apply the soldering iron tip to heat the joint and the strip simultaneously until the solder flows and wets the surfaces. Feed or place additional strip length as needed to form the required bead, maintaining appropriate temperature and contact time for the components and substrates involved. After soldering, remove heat and allow the joint to cool undisturbed to form a solid connection. Use standard soldering safety practices and tool settings appropriate for the components being worked on.

Usage recommendations

Follow manufacturer guidance for alloy composition and flux needs. Use suitable personal protective equipment, ensure adequate ventilation, and select soldering iron temperature compatible with the board and components to avoid thermal damage. For fine-pitch components, consider using magnification and steady placement tools to control solder application precisely.