Tin Dipping Lead Wire in Wire Harnesses
Lead wires are the whole reason for having a wire harness in the first place. The point is to be able to make sure each lead wire gets its specific function done right. Tin dipping these can help strengthen the connection between the wire and the terminals being crimped on. The tin also has other benefits to it as well. The tin helps to stop the fraying of wires, adhere to solder, and give them the look of a smooth finish.
Stop Fraying
When copper conductor wires are cut to length customers can also have them stripped of the insulation at the end to prepare them to be attached to a wire harness. The copper conductor is then exposed. So to prevent the strands from fraying and potentially ruining the wire, the copper strands are twisted tightly together and dipped in tin to hold them together. If not they could get banged up in shipment. This can cause permanent damage to the wire. This would just cost the customer and the company more money to fix the problem after. In order to prevent this, a customer can tin dip the lead wires.
Adhere to Solder
Once the solder, or tin, dries to the copper strands you can see the glob of solder. When the customer applies heat to the strands the solder slightly melts and helps the customer connect their application. The tin solder actually helps the copper. It helps to enhance the coppers characteristics by making it more conductive. There aren't a lot of down sides when talking about tin on the copper conductor. Mostly there are just the benefits. This helps to enhance the wires conductivity. It also helps improve its hold when the wire is put into place in a wire harness.
Smooth Finish
When 1,000 wires are placed into a bag to ship it looks much better with the wires dipped rather than not. Let's be honest here fraying wires are not appealing to the eye. It makes the work done look sloppy and the wires could end up damaged. So not only does tin dipping the lead wires make them look better it also helps to protect the wires for harm during the shipping process.
Tin dipping lead wires has many benefits. The wires will adhere to solder better, the tin will help to stop the fraying, and even give the wires the look of a smooth finish. The tin only helps to benefit the wire. There are no negative side effects to tin dipping lead wires.
Stop Fraying
When copper conductor wires are cut to length customers can also have them stripped of the insulation at the end to prepare them to be attached to a wire harness. The copper conductor is then exposed. So to prevent the strands from fraying and potentially ruining the wire, the copper strands are twisted tightly together and dipped in tin to hold them together. If not they could get banged up in shipment. This can cause permanent damage to the wire. This would just cost the customer and the company more money to fix the problem after. In order to prevent this, a customer can tin dip the lead wires.
Adhere to Solder
Once the solder, or tin, dries to the copper strands you can see the glob of solder. When the customer applies heat to the strands the solder slightly melts and helps the customer connect their application. The tin solder actually helps the copper. It helps to enhance the coppers characteristics by making it more conductive. There aren't a lot of down sides when talking about tin on the copper conductor. Mostly there are just the benefits. This helps to enhance the wires conductivity. It also helps improve its hold when the wire is put into place in a wire harness.
Smooth Finish
When 1,000 wires are placed into a bag to ship it looks much better with the wires dipped rather than not. Let's be honest here fraying wires are not appealing to the eye. It makes the work done look sloppy and the wires could end up damaged. So not only does tin dipping the lead wires make them look better it also helps to protect the wires for harm during the shipping process.
Tin dipping lead wires has many benefits. The wires will adhere to solder better, the tin will help to stop the fraying, and even give the wires the look of a smooth finish. The tin only helps to benefit the wire. There are no negative side effects to tin dipping lead wires.
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