YCS 183° 50g BGA Solder Reballing Paste

Every technician who has lifted a CPU from a dead phone knows the job only succeeds when the new ball grid sits even, round, and fully bonded, and the YCS 183° 50g BGA Solder Reballing Paste exists for exactly that stage of the work. YCS builds this paste as its medium temperature grade, which melts at 183°C and fills the gap between its 138°C and 150°C low temperature pastes and its 199°C and 215°C high temperature grades. That middle position matters on a crowded smartphone motherboard. A low temperature paste flows easily but gives a softer joint, while a high temperature grade demands more heat from your hot air station and puts surrounding capacitors, underfill, and plastic connectors at risk. The 183°C grade gives you a balance point where the balls form cleanly at a moderate nozzle setting and the finished joint still carries solid mechanical strength for a phone that goes back into daily use. The paste has a smooth, dense, viscous body. When you scrape it across a reballing stencil, it packs into each aperture and stays there instead of slumping or sliding sideways, and its viscosity stays steady across a working session, so the chip does not drift on the pads during reflow. YCS formulates it with strong anti-oxidation behavior and high wettability, which helps the alloy grab the pads quickly and produce bright, full joints instead of dull, grainy ones that turn into cold solder faults a week later. For a shop that handles a constant flow of hang on logo complaints, boot loop issues, and no-power boards, that reliability saves you from customers walking back in with the same fault. In a typical workflow, you clean the old solder off the IC with a soldering iron and wick, wipe the pads with flux cleaner, align the chip under a reballing stencil on a PCB holder or magnetic platform, and spread a thin layer of paste across the stencil with a scraper blade. Gentle hot air then turns the paste into uniform balls, and you lift the stencil once everything cools. The same paste works for pad tinning on the board side when you need to level damaged pads before seating the chip. Technicians use this paste on CPUs, eMMC and UFS storage chips, power management ICs, charging ICs, audio codecs, and the RF and baseband chips behind network issues. It fits into the full board-level workflow alongside your microscope for joint inspection, your multimeter for checking shorts and line resistance, and your DC power supply for current draw testing after the chip goes back down. If you already run a reballing kit with chip-specific stencils, this paste becomes the consumable that makes the whole kit productive. The compact 50g packaging keeps the paste easy to store, quick to open, and practical for both a busy service center and a small shop working a single bench. Keep the lid tight after each session and store the jar away from heat and direct sunlight so the flux carrier stays fresh and the paste keeps its working consistency. Beginners find the 183°C grade forgiving because it tolerates small variations in hot air temperature, while experienced hands appreciate how cleanly it releases from fine-pitch stencils on modern processors. For shops that also stock a 138°C paste for heat-sensitive layered boards or a high temperature grade for parts that face heavy thermal load, this medium grade covers the bulk of everyday IC replacement jobs. When you plan to upgrade your setup, pairing this paste with a hot air rework station that holds stable airflow and a preheater platform gives you more consistent reballing results on large CPU packages and stacked motherboards. KB GSM Store stocks this paste for technicians across Lahore, Karachi, Islamabad, and the rest of Pakistan who need a dependable, workshop-ready reballing solution at a practical price.