OP9 M Di Soldering Cream
The OP9M Di solder paste is a no-clean organic solder paste specifically formulated to provide high activity while leaving very low residues. The paste is REACH compliant and contains no chlorine. It is also described as leaving very clear, non-corrosive residues. The OP9M Di solder paste is suitable for dispensing applications and meets international requirements for the electronics industry.
Benefits:
- High Activity: Enables efficient and reliable soldering.
- Low Residue: Leaves minimal, clear, and non-corrosive residues after the soldering process.
- Chlorine-Free: Meets strict environmental standards.
- REACH Compliant: Adheres to European chemical regulations.
- Dispensing Compatibility: Designed for precise and effective dispensing application.
Compliance and Successful Testing:
The OP9M Di solder paste has undergone rigorous testing to meet industry standards. Key test results include:
- Activity Level: Classified as ORL0 according to IPC J-STD-004.
- Halogen Content: Chlorine-free, confirmed through titration (IPC J-STD-004).
- Corrosion: No signs of copper corrosion (IPC-TM-650 (2.3.32) / J-STD-004).
- Surface Insulation Resistance (SIR): Meets the requirements of the GR 78 Core Section 13, 13.1.3.2 test.
- Residue Appearance: Clear residues ensure a clean look post-soldering (IPC-HDBK-005).
Technical Specifications:
- Type: Organic no-clean solder paste.
- Available Alloy: Sn5Pb92.5Ag2.5 (other alloys available upon request).
- Viscosity: 190 Pa.s (measured at 20°C, 5 rpm).
- Packaging: 5 cc, 10 cc, 30 cc, and 50 cc syringes (custom packaging available upon request).
Recommended Applications:
- Electronics Industry: Ideal for applications requiring high activity and low residue.
- Assembly of Sensitive Electronic Components: Ensures reliable and clean soldering.
- Precision Dispensing Applications: Designed for accuracy and control.
Choose OP9M Di for:
- A reliable and high-quality soldering solution.
- Compliance with strict environmental standards.
- Precise and controlled application.
Contact MBO for more information about OP9M Di.