MCE Liquid Cleaning Spray for Printed Circuit Boards (1000ml) - ART.032

The industrial decontamination agent for your complex repairs

The MCE ART.032 is a high-performance solvent essential for any technician performing micro-soldering. Designed for surgical cleaning, it instantly dissolves flux residues, grease, and oxides, even under low-clearance components such as BGAs or QFNs. By removing invisible pollutants, it prevents electrochemical corrosion and ensures the long-term reliability of your solder joints on motherboards.

Technical Specifications

• Manufacturer reference: ART.032
• Volume: 1000 ml (1 Litre) for heavy-duty use.
• Technology: Fast-evaporating dielectric solvent blend.
• Compatibility: Printed circuit boards (PCBs), connectors, SMD/BGA components.
• Properties: Colourless formula, high dehydrating power, no ionic residue.
• Action: Radical dissolution of solder flux, grease, oils, and carbon deposits.

Benefits for the Technician

• Exceptional penetration: Its wetting ability allows it to seep under micro-components to dislodge stubborn residues.
• Professional-grade finish: Leaves no greasy film, ensuring perfect adhesion for your conformal coatings or UV resins.
• Workshop autonomy: The 1L format with spray nozzle offers precise mechanical action to clean large surfaces without waste on your repair station.

Safety Precautions and Usage

Critical safety note: This solvent must be used exclusively on powered-down equipment. Although it is dielectric and evaporates quickly, it is imperative to let the board rest for a few minutes after application to ensure total evaporation under dense areas. Use it in a well-ventilated workshop and wear protective gloves during prolonged use. Store in its airtight spray bottle, away from any source of ignition.

???? Pro tip: For severe deoxidation (water-damaged phones), use ART.032 as a final rinsing agent after ultrasonic cleaning. Its high dehydrating power will drive out residual moisture trapped in the internal layers of the PCB, thus preventing the reappearance of corrosion after returning to service.