YCS Plant Tin ARC Mat IC Reball Pad

Every BGA reballing job depends on one thing: whether the stencil stays locked to the chip while you spread solder paste and apply hot air, and the YCS Plant Tin ARC Mat IC Reball Pad exists to solve exactly that problem on your repair bench. YCS builds this pad from soft, high-temperature silicone with a magnetic base underneath, so when you drop a steel reballing stencil over the chip, the magnet pulls the mesh down and holds it flat against the IC instead of letting it lift, slide or bulge under heat. Anyone who has reballed a CPU or eMMC on a loose stencil knows the result: bridged balls, half-formed balls or a whole row missing, which means cleaning the chip and starting over. The arc design gives you three recessed chip slots of different depths, and YCS offers two versions, the blue pad with 0.4 mm, 0.5 mm and 0.8 mm slots and the orange pad with 0.3 mm, 0.45 mm and 0.77 mm slots, so you can seat thin memory chips, standard PMICs and thicker CPUs at the right height under the stencil. Matching slot depth to chip thickness matters because it decides how tightly the stencil sits on the ball pads; too much gap and the paste spreads, too little and the stencil rocks. The back of the pad carries hollow heat-dissipation holes under the planting area, which let heat escape so the stencil cools evenly and the freshly formed balls set cleanly instead of the mesh warping. Distributors rate the silicone for heat up to around 500°C, which comfortably covers normal hot air reballing temperatures, and the slightly tacky silicone surface grips the bench so the pad does not skate when you work the paste with a blade. In a Pakistani repair shop, this pad earns its place on almost every board-level job that involves chip removal. Take a dead phone that comes in after a drop, or a set stuck in a boot loop or hang on logo because of cracked balls under the CPU or eMMC: once you lift the chip with your hot air station, you clean the old solder with wick and your soldering station, and the chip then needs fresh balls before it goes back on the board. That is where the YCS Plant Tin ARC Mat IC Reball Pad takes over, since you place the cleaned IC in the matching slot, lay the stencil on top, let the magnet lock it, apply paste and heat. The same process applies when you replace a faulty PMIC behind a charging issue, swap a network IC for a no-service fault, or reball a NAND before reading it on an eMMC programmer or UFS adapter for data recovery. Because the pad positions chips rather than boards, it pairs naturally with the rest of your rework setup: a PCB holder keeps the motherboard steady during chip removal, a microscope lets you inspect every ball after planting, and a reballing kit supplies the stencils and paste that go onto this pad. If you mostly run ISP pinout tools or test boxes for software jobs, this pad covers the hardware side when a fault turns out to be a lifted or cracked chip rather than firmware. The pad does not tie you to any single phone brand; it works with any BGA IC that fits its slots and any steel stencil the magnet can grip, so chip work from Samsung, Oppo, Vivo, Infinix, Tecno, Xiaomi and iPhone boards all runs through the same tool. The soft silicone wipes clean quickly with alcohol once flux and paste residue builds up, and it does not scratch the chip surface the way a hard metal fixture can. For a technician just starting with chip-level work, this is one of the cheapest upgrades that immediately cuts failed reballs, and for an experienced hardware engineer, it ends the habit of pinning a stencil down with tweezers while the hot air nozzle heats your fingers. Keep it beside your hot air station, match the slot to the chip, and you get consistent, evenly sized solder balls on every IC you reball.