Vacuum Hydrocarbon Washing Machine with 380V Power Supply 90% Solvent Recovery and Circulation Filtration

Our Vacuum Hydrocarbon Washing Machine integrates advanced circulation filtration and residue-free cleaning technology, delivering consistent, high-purity results for precision parts across electronics, automotive, and medical sectors.

Its core strength lies in the dual-system design: the circulation filtration system continuously filters contaminants (particles, oil residues) from the hydrocarbon solvent during cleaning, ensuring the solvent stays clean throughout the process and avoiding recontamination of parts. Paired with vacuum-enhanced solvent penetration, it reaches blind holes, thread grooves, and micro-gaps--removing grease, flux, and metal shavings completely, leaving zero residues.

The machine features 90% solvent recovery to reduce operational costs and an adjustable vacuum level (100-500 mbar) for different part materials. With intuitive controls and a compact footprint, it fits small-to-medium production lines. CE/RoHS compliant, it meets strict industrial cleaning standards.

The HS-5384MFG incorporates a multi-stage filtration system across its tanks, ensuring that hydrocarbon solvent remains clean and effective for precision cleaning. Each tank's filtration setup is tailored to its role in the cleaning process, preventing cross-contamination and maintaining high cleanliness standards.

• The 1# and 2# degassing tanks (rough cleaning) use a circulation system with Nanfang explosion-proof self-priming pumps and 20-inch stainless steel filters
• The 1# tank's filter has a 50μ precision, removing large debris and coarse impurities from the solvent
• The 2# tank's filter is upgraded to 20μ, capturing smaller particles released during rinsing
• The 3# and 4# vacuum precision tanks feature even finer filtration: the 3# tank uses a 10μ filter, while the 4# tank uses a 1μ filter
• All filters are easy to access, with clear indicators for when replacement is needed (via pressure gauges or HMI alerts)