YCS 215°50g BGA Solder Reballing Past

When a phone lands on your repair bench as a dead phone and the fault traces back to a lifted CPU or a cracked ball under a power IC, the fix depends on how cleanly you rebuild those joints, and the YCS 215°50g BGA Solder Reballing Past gives you a high-temperature tin paste built for exactly that job. YCS rates this paste at 215°C, which places it at the top of its range alongside the 138°C, 150°C, 183°C and 199°C grades, so you reach for it when the reballed chip has to hold firm through later heat cycles on the same board. You spread it across a stencil, scrape off the excess, and heat it until each hole forms a round, shiny ball, and the paste keeps its shape during that process instead of slumping into neighbouring pads. That stability matters most on fine-pitch CPU and memory packages, where one bridged ball sends the phone straight back into a boot loop issue or a hang on logo fault after reassembly. YCS formulates the paste for strong wetting and solid anti-oxidation behaviour, so the tin flows onto copper pads evenly and the finished joints come out bright and full rather than dull and grainy. Bright, full joints tell you the solder bonded properly, and that cuts down the cold joints and false soldering that make a phone work on the bench and fail again with the customer a week later. The smooth, consistent texture helps the paste fill every stencil hole in one pass, so you spend less time re-scraping and checking under the microscope. The 50g jar suits a busy shop because you get enough paste for a long run of reballing jobs, while the compact container stays easy to keep beside your hot air station and seal tightly between jobs. In a typical workflow, you remove the faulty IC with your hot air station, clean the old solder from the chip and board pads with a soldering iron and desoldering wick, apply flux, and load the chip into a reballing stencil or BGA fixture. You press the YCS 215°50g BGA Solder Reballing Past through the stencil, heat it until the balls form, lift the stencil away, and check ball height and alignment under your microscope before you place the chip back on the board. Because this paste melts at a higher point than low-temperature grades, you need enough heat and a steady preheat underneath, so a PCB holder and a bottom preheater keep the motherboard flat and reduce stress on nearby components. The higher melting point works in your favour on jobs where you plan to heat the board again, such as replacing a charging IC near a freshly reballed CPU, because the reballed joints stay put while you work on the second chip at lower heat. Layered motherboards and heat-sensitive areas often call for a low-temperature paste instead, so most technicians keep both grades on the shelf and choose based on the board in hand. This paste fits naturally into the KB GSM Store reballing kits and soldering consumables range, and it works alongside hot air stations, soldering stations, BGA stencils, PCB holders, precision tweezers, flux and microscopes in the same workflow. Shops handling charging issue, network issue and display problem repairs that trace back to a faulty IC, RF chip or power management IC will use it daily, since every chip swap ends with a fresh set of joints. Technical training institutes also use high-temperature paste to teach correct heat control, because it rewards proper preheating and exposes rushed work immediately. If you are building out your reballing setup, pair this paste with a quality BGA stencil set and a temperature-controlled hot air station, and consider upgrading to a microscope with good depth of field so you can inspect ball formation before you commit the chip back to the board. Order the YCS 215°C paste from KB GSM Store for delivery across Pakistan, including Lahore, Karachi and Islamabad, and keep your reballing results consistent from the first job of the day to the last.