Soldering Lead
Soldering Lead
Price:
₦23,100
Brand: Generic
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Product Description
The words eutectic solder describe a solder alloy that melts and freezes at one single temperature. A good example of this is Tin 63% / Lead 37% solder which melts and freezes at 183 °C. This melting point is much lower than the melting points of either pure metal which are 232 °C (tin) and 327 °C (lead). If the concentration of tin and lead is shifted away from Sn63/Pb37 then the melting point becomes a melting range.
For example, Sn 60% / Pb 40% melts in the range of 90 to 120 °C. As this alloy is heated it starts to melt at 90 °C, is slushy between 90 °C and 120 °C, and becomes fully liquid at 120 °C. Eutectic solders tend to have a bright, shiny appearance while non-eutectic solders tend to have a dull, grainy appearance.
Eutectic tin-lead solder was the most popular type of solder used in electronic devices for many years. It melts at a temperature lower than the components being joined together. Tin/lead solder is corrosion resistant and has good electrical properties. It also creates solder joints with mechanical strength suitable for electronic devices.
Lead-free solders used to replace tin-lead solder ideally have the same properties as tin-lead solder. Most lead-free solders are tin based and contain silver, copper, and other additives. The elements alloyed into lead-free solders help to modify the properties of pure tin to become more favorable for electronic applications.
There are a variety of common solder alloys used for electronics assembly, but only a few are eutectic solders
Eutectic solders tend to have a bright and shiny appearance as compared to non-eutectic solders. The physical and mechanical properties aFor example, Sn 60% / Pb 40% melts in the range of 90 to 120 °C. As this alloy is heated it starts to melt at 90 °C, is slushy between 90 °C and 120 °C, and becomes fully liquid at 120 °C. Eutectic solders tend to have a bright, shiny appearance while non-eutectic solders tend to have a dull, grainy appearance.
Eutectic tin-lead solder was the most popular type of solder used in electronic devices for many years. It melts at a temperature lower than the components being joined together. Tin/lead solder is corrosion resistant and has good electrical properties. It also creates solder joints with mechanical strength suitable for electronic devices.
Lead-free solders used to replace tin-lead solder ideally have the same properties as tin-lead solder. Most lead-free solders are tin based and contain silver, copper, and other additives. The elements alloyed into lead-free solders help to modify the properties of pure tin to become more favorable for electronic applications.
There are a variety of common solder alloys used for electronics assembly, but only a few are eutectic solders
Eutectic solders tend to have a bright and shiny appearance as compared to non-eutectic solders. The
For example, Sn 60% / Pb 40% melts in the range of 90 to 120 °C. As this alloy is heated it starts to melt at 90 °C, is slushy between 90 °C and 120 °C, and becomes fully liquid at 120 °C. Eutectic solders tend to have a bright, shiny appearance while non-eutectic solders tend to have a dull, grainy appearance.
Eutectic tin-lead solder was the most popular type of solder used in electronic devices for many years. It melts at a temperature lower than the components being joined together. Tin/lead solder is corrosion resistant and has good electrical properties. It also creates solder joints with mechanical strength suitable for electronic devices.
Lead-free solders used to replace tin-lead solder ideally have the same properties as tin-lead solder. Most lead-free solders are tin based and contain silver, copper, and other additives. The elements alloyed into lead-free solders help to modify the properties of pure tin to become more favorable for electronic applications.
There are a variety of common solder alloys used for electronics assembly, but only a few are eutectic solders
Eutectic solders tend to have a bright and shiny appearance as compared to non-eutectic solders. The physical and mechanical properties aFor example, Sn 60% / Pb 40% melts in the range of 90 to 120 °C. As this alloy is heated it starts to melt at 90 °C, is slushy between 90 °C and 120 °C, and becomes fully liquid at 120 °C. Eutectic solders tend to have a bright, shiny appearance while non-eutectic solders tend to have a dull, grainy appearance.
Eutectic tin-lead solder was the most popular type of solder used in electronic devices for many years. It melts at a temperature lower than the components being joined together. Tin/lead solder is corrosion resistant and has good electrical properties. It also creates solder joints with mechanical strength suitable for electronic devices.
Lead-free solders used to replace tin-lead solder ideally have the same properties as tin-lead solder. Most lead-free solders are tin based and contain silver, copper, and other additives. The elements alloyed into lead-free solders help to modify the properties of pure tin to become more favorable for electronic applications.
There are a variety of common solder alloys used for electronics assembly, but only a few are eutectic solders
Eutectic solders tend to have a bright and shiny appearance as compared to non-eutectic solders. The
Key Features
Great solderability, insulation resistance
No spattering and Non-corrosive.
rosin core solder 1.2mm wire diameter
Great solderability, insulation resistance
No spattering and Non-corrosive.
Widely used in electronics field and solder parts like circuit board, electronics devices and others.
melt faster
Good quality Alloy solderWidely used
What's In the Box
SOLDERING LEAD
Product Specification
| Model | N/A |
|---|---|
| Weight (kg) | 0.2 |
| Color | N/A |
| Main Material | N/A |