Mechanic M35 Nano Ice Flux Paste
1. Product Identification & Core Overview
| Parameter | Specifications & Details |
| Brand | MECHANIC |
| Product Model | M35 Nano Ice Series |
| Classification | Advanced Nano-Molecular Soldering Flux Paste |
| Formula Type | Halogen-Free, Lead-Free, No-Clean (100% original imported formula) |
| Primary Color/Appearance | Translucent ultra-clear ice paste (leaves clean, colorless residue) |
| Packaging Form Factor | Industrial Syringe Dispenser with Plunger & Needle Tip Components |
| Target Application | High-end micro-soldering, smartphone motherboard repair, BGA reballing, and sensitive IC rework (CPU, PMIC, Baseband) |
2. Chemical and Physical Properties
| Technical Metric | Value / Performance Standard |
| Viscosity Range | High-tactility paste; stable shear thinning under thermal stress (180 ±20 Pa . at ambient) |
| Activity Level | High activity, mildly activated formulation (ROL0 classification equivalent) |
| Halogen Content | 0% Halogen-free (Environmentally safe and compliant with non-corrosive standards) |
| Insulation Resistance | > 1*10 Omega (Extremely high surface insulation resistance to prevent component cross-leakage) |
| Odor Profile | Eco-friendly, low-smoke, ultra-light faint scent (non-irritating formulation) |
| Residues After Thermal Rework | Non-conductive, non-corrosive, transparent clear glaze layer |
3. Thermal Performance & Process Window
| Process Parameter | Operational Behavior & Characteristics |
| Working Temperature Range | Optimized for low, medium, and high melting point alloys (138ºC to 217ºC+) |
| Boiling / Activation Point | Smooth activation curve starting at 150ºC to thoroughly pull oxides from solder joints |
| Anti-Oxidation Window | Maintains wetness and surface protection for up to 4 minutes under direct hot air reflow |
| Tin-Flow (Wetting) Speed | Accelerated capillary action; allows molten solder to flow evenly across pads within 1–2 seconds |
| Boiling & Splatter Control | Built-in anti-boiling properties; prevents micro-beading and components shifting from boiling pop-offs |
4. Hardware Optimization & Application Benchmarks
| Component Target | Precision Performance Advantage |
| BGA IC Reballing | Keeps solder spheres uniform and locked in place on the stencil without structural collapse. |
| CPU Stack & Layering | Superior vertical surface tension allows lower-tier arrays to fuse perfectly without bridge formation. |
| FPC Connectors | Low thermal degradation prevents plastic melting or burning on fragile ribbon connector sockets. |
| Micro-Jump Wire Connections | High transparency enables clear visibility of micro-tracks under trinocular microscopes while soldering. |
5. Comparative Advantage: M35 Nano Ice vs. Standard Flux
| Feature Metric | Standard Rosin Flux (e.g., UV559/RMA223 variants) | Mechanic M35 Nano Ice Flux Paste |
| Residue Tint | Pale Yellow / Dark Amber tint | 100% Clear, Translucent Colorless Glaze |
| Smoke Emission | Moderate to heavy dense smoke | Minimal, clean dispersion smoke |
| Board Corrosion Risk | Requires solvent cleaning to stop long-term corrosion | No-Clean; completely inert and safe if left on board |
| Thermal Splattering | High risk of micro-pop splatters throwing small chips | Smooth fluid stabilization; zero bubbling or component jumps |
| Insulation Safety | Can cause signal line leakage on sub-1V modern circuits | Nano-isolated; designed for high-frequency 5G circuitry |
6. Commercial Packing List & Storage Data
| Logistics & Handling Parameter | Specifications |
| Net Weight Volumetric | Available in standard 10cc / 10g syringe capacities |
| Included Accessories | 1 * Plunger Rod, 2* Calibrated Dispensing Needle Nozzles |
| Optimal Storage Temp | Cold storage recommended at 5ºC - 10ºC for maximum structural shelf life |
| Standard Shelf Life | 12 Months from date of manufacture when sealed and stored correctly |
| Ambient Use Warm-up | Allow paste to reach room temperature (22ºC-25ºC) for 1 hour before dispensing |




| Weight |
0.100 |
|---|
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