产品系列
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- SMT Enhanced-Wetting Solder Paste
- High-Reliability SMT Solder Paste
- IGBT / Power Device Solder Paste
- Heat Sink Solder Paste
- Ultrafine High-Performance No-Clean Solder Paste
- Die Attach Solder Paste
- DSP515HF Water-Soluble Solder Paste
- DSP717HF Ultrafine Water-Soluble Solder Paste
- Laser / Rapid Soldering Paste
- Harsh-Environment High-Reliability Solder Paste
- Formic Acid Reflow Solder Paste
- Dispensing / Jetting / Printing Solder Paste
Ultrafine High-Performance No-Clean Solder Paste
Ultrafine High-Performance No-Clean Solder Paste
High-Performance No-Clean Solder Paste
Product Positioning
Dawi high-performance no-clean solder paste combines a low-residue no-clean flux system with Type 6, Type 7, and Type 8 ultrafine solder powders. It is developed for Mini LED direct-view displays, COB, optical modules, TEC, SiP, and high-density precision electronic packaging.
The product supports fine-pitch printing, small-aperture release, wetting and spreading, slump resistance, and continuous printing stability. Low post-reflow residue generally eliminates additional cleaning and helps simplify the production process.
Core Advantages
- Low-residue no-clean system: Generally requires no additional cleaning after reflow.
- Ultrafine-pitch printing: T6/T7/T8 powders support small-aperture filling and release for small-pad applications.
- Controlled deposit formation: Rheology and slump resistance support placement and shape consistency while reducing bridging risk.
- Continuous printing stability: Designed for extended stencil life and volume production.
Typical Applications
Mini LED | Micro LED | MIP | COB | Optical Modules | TEC | SiP | Flip Chip | Precision Electronic Packaging
Powder Type / Particle Size
Type 6 (T6): 5–15 μm
Type 7 (T7): 1–11 μm
Type 8 (T8): 1–8 μm
No-Clean System
Low Residue | No Clean | Efficient Processing
The low-residue flux system generally requires no additional cleaning after reflow, helping reduce cleaning steps for Mini LED, Micro LED, MIP, COB, optical modules, and other high-density assemblies.
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