Step 2 Cut the gold solder into tiny chips with the wire nippers. The chips should be no larger than approximately a millimeter apiece. Step 3 Place your broken gold necklace or bracelet atop a ceramic soldering board, and arrange the broken pieces together with a pair of tweezers. Make the broken pieces fit exactly together like a puzzle piece. Step 4 Mix 1 tbsp. of borax flux with a couple of drops of water-just enough for the flux and water to form a watery paste. Step 5 Apply the flux paste to the ends of the pieces of the broken gold necklace or bracelet to be soldered together. Gently brush the paste onto the pieces with paintbrush. This flux paste will ensure that the solder will flow smoothly onto the gold when it melts. Step 6 Use the tweezers to pick up the tiny chips of gold solder and place them atop the flux paste on the broken gold necklace or bracelet. Step 7 Fire up the soldering gun and begin applying the heat to the pieces of solder at a distance so that the flame doesn't blow the solder chips off the gold. Apply the heat evenly to the solder at a
Step 2 Cut the gold solder into tiny chips with the wire nippers. The chips should be no larger than approximately a millimeter apiece. Step 3 Place your broken gold necklace or bracelet atop a ceramic soldering board, and arrange the broken pieces together with a pair of tweezers. Make the broken pieces fit exactly together like a puzzle piece. Step 4 Mix 1 tbsp. of borax flux with a couple of drops of water-just enough for the flux and water to form a watery paste. Step 5 Apply the flux paste to the ends of the pieces of the broken gold necklace or bracelet to be soldered together. Gently brush the paste onto the pieces with paintbrush. This flux paste will ensure that the solder will flow smoothly onto the gold when it melts. Step 6 Use the tweezers to pick up the tiny chips of gold solder and place them atop the flux paste on the broken gold necklace or bracelet. Step 7 Fire up the soldering gun and begin applying the heat to the pieces of solder at a distance so that the flame doesn't blow the solder chips off the gold. Apply the heat evenly to the solder at a