Solder Dispenser Tube - 7 FT
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Solder Dispenser Tube - 7 FT

Part no. 93-100-703

7 FT | 18 AWG | 60% Tin | 40% Led | 370 Degree Melting Point | Dispenser Tube | Creates Round Bead

(2 reviews)
Quantity Discount Pricing
1-2 3-5 6-7 8-9 10+
$3.99 $3.79 $3.60 $3.41 $3.22
Quantity Discount Pricing
1 - 2 3 - 5 6 - 7 8 - 9 10+
$3.99 $3.79 $3.60 $3.41 $3.22

Solder Dispenser Tube - 7 FT

This solder is composed of 60% tin and 40% lead which allows it to melt at a lower temperature. It creates a rounded bead of solder. This solder is designed for general electronic use.


  • 7 Foot
  • 18 AWG
  • 60/40 Rosin Core
  • 370°F Melting Point
  • Dispenser Tube
REVIEW SUMMARY for Solder Dispenser Tube - 7 FT
5.0 (based on 2 reviews)
  • same as the old days except less money ;)

    Reviewed by:

    From: Gainesville, Florida

    9/23/2015    #18690

    PROS: The product gets the job done; Faster than I expected
    CONS: None specified
    you can't beat the quality, convenience and price at SHOWME!
  • Perfect to go with my pencil soldering iron purchase

    Reviewed by:

    From: St. Louis, MO

    1/14/2015    #14234

    PROS: The product works really well; Super fast
    CONS: None specified
    I don't do a lot of electronics soldering so this was the ideal amount for my needs.

Q: When selecting a soldering Iron how many watts do I need?

A: Typically, soldering irons may have a power rating of between 15 to 30 watts. They are fine for most work. A higher wattage does not mean that the iron runs hotter, it simply means that there is more power in reserve for coping with larger joints. Consider a higher wattage iron simply as being more resilient when it comes to heavier-duty work, because it won't cool down so quickly.

Q: Is my new soldering iron ready to solder out of the box?

A: No. An important step to good soldering is tinning. Tinning should be done to new irons, replacement tips, and older iron tips. While the iron is warming up, hold the solder against the tip and wait until the solder begins melt. As soon as the solder begins to melt, coat the tip surface completely and wipe the tip off with a wet sponge. The end result should be a thin layer of solder coating the tip.

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