YCS Dragon Pad Universal BGA CPU Hard Disk Magnetic Reballing Silicone Mat
π YCS Dragon Universal Magnetic BGA Reballing Silicone Mat
Successful BGA reballing depends not only on professional skills but also on maintaining complete stability throughout the repair process. Even a slight movement of a stencil or IC can affect solder ball alignment and reduce repair accuracy.
The YCS Dragon Universal Magnetic Silicone Mat is developed to provide a clean, stable and organized platform for CPU, NAND Flash, Hard Disk and other BGA chip reballing applications. Combining a heat-resistant silicone body with strong magnetic holding capability, it helps technicians perform precision repairs with greater confidence and efficiency.
π― Designed Specifically For Precision Reballing
Reballing microscopic chips requires absolute positioning accuracy. The YCS Dragon Pad minimizes unnecessary movement by securely holding BGA stencils and metal components during solder ball placement.
This allows repair professionals to work with improved confidence while reducing alignment errors that commonly occur on ordinary work surfaces.
π§² Powerful Magnetic Surface
Integrated magnetic adsorption technology securely holds metal stencils, CPU chips, screws and other tiny repair components in position. This minimizes accidental movement during precision solder ball placement and helps maintain a cleaner, more organized workspace.
π₯ Heat Resistant Silicone Material
Manufactured using premium-grade silicone, the mat is designed to tolerate temperatures commonly encountered during soldering and hot air rework. It also protects the workbench from direct heat exposure while maintaining flexibility and durability.
β Optimized For CPU, NAND & BGA Chips
The universal layout accommodates a wide variety of electronic components commonly found in smartphones, tablets, laptops and embedded electronic devices.
- β Smartphone CPU Chips
- β NAND Flash Memory
- β eMMC / UFS Storage ICs
- β Hard Disk Controller ICs
- β PMIC & Power Management Chips
- β Various Universal BGA Stencils
Its practical design reduces preparation time and helps improve consistency during repetitive repair jobs.
β Efficient Heat Dissipation Design
Selected versions of the Dragon Pad feature specially engineered ventilation openings on the underside. These improve airflow beneath the working surface, helping dissipate heat more effectively during prolonged hot air operations.
Improved cooling can also help minimize unwanted stencil deformation caused by excessive heat buildup.
π§Ό Easy Maintenance After Every Repair
Flux residue, solder particles and adhesive contamination are common during reballing work. The smooth silicone surface resists sticking, making cleanup simple using water or a damp cloth.
Regular cleaning helps maintain a professional workbench and extends the usable life of the mat.
π¬ Typical Applications
- Professional BGA Reballing
- CPU Tin Planting
- NAND Flash Repair
- Hard Disk IC Rework
- eMMC & UFS Chip Repair
- Mobile Motherboard Repair
- Micro Electronics Assembly
- PCB Repair Workshops
- Electronics Training Labs
- Precision IC Maintenance
π¦ Package Contents
- 1 Γ YCS Dragon Universal Magnetic Silicone Reballing Mat
β Why Professionals Prefer The Dragon Pad
- β Strong magnetic holding system
- β Universal BGA compatibility
- β Premium heat-resistant silicone
- β Stable chip positioning
- β Better solder ball alignment
- β Protects workbench surface
- β Easy cleaning after repairs
- β Lightweight yet durable construction
- β Ideal for continuous workshop use
- β Suitable for professional repair engineers
π Final Verdict
YCS Dragon Universal BGA Magnetic Silicone Mat is more than just a work matβit provides a stable repair platform that improves chip positioning, protects the workbench and enhances reballing accuracy. Its magnetic holding capability, heat-resistant silicone construction and universal compatibility make it a practical addition for technicians involved in CPU, NAND Flash, Hard Disk and precision BGA repair work.
π Website: UToolsZone.com
π Customer Support: +91 9911220141 (WhatsApp)

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