Solvent Degreasing Equipment
Our solvent degreasing equipment is allowed by both the EPA National Emissions Standard for Hazardous Air Pollutants (NESHAP) and the South Coast Air Quality Management District (SCAQMD). Our solvent systems have superior process performance for vapor degreasing, immersion with or without ultrasonics, and the exciting performance of VCN. Vacuum solvent technology also provides superior safety, health, and environmental performance and is recognized by the USEPA as 95% efficient. Our founder, Dr. Donald Gray, is the designer and holder of the original patents of the vacuum degreasing process.
Low Emission Vacuum Degreasers
Our Vacuum Vapor Degreasing Systems are completely closed-loop systems. Emissions can escape only when opening the chamber. Because of this, our Vacuum Vapor Degreasing Systems have practically zero emissions. Learn more
Cleanroom Use
Our Vacuum Vapor Degreasing System are completely closed looped systems. Emissions can escape only when opening the chamber. Because of this, our Vacuum Vapor Degreasing Systems have practically zero emissions. Learn more
High Capacity
Our systems can add extra heat to a system that requires a rapid heat-up time for heavy loads. We generally design for cleaning times between 10 and 30 minutes. Learn more
Multiple Chambers
Multiple cleaning chamber systems use one support system for two or more chambers. Dual systems clean almost twice the load at a fraction of the increase in capital cost. Learn more
Flammable Solvent Safe Systems
Our flammable systems come with an NFPA report outlining the design principles used to attain a safe system for the use of a flammable solvent. The NFPA, Factory Mutual, and local fire marshals accept our designs. Learn more
Work Area Safety
Our Vacuum Degreasing Systems are designed to contain less than 25 ppm in the degreaser before opening the chamber door. EPA testing consistently measured less than 3 ppm at the degreasing chamber lid. Learn more
Low Solvent Usage
Vacuum Vapor Degreasing Systems typically recover 99.9% of vapor and liquid solvent from the chamber during drying. Learn more
Better Cleaning Efficiency
Temperature is an important factor in assessing cleaning efficiency. Higher temperatures lower the viscosity of both the contaminant and solvent. Higher temperatures also promote faster solvent condensing and greater solvent flushing volumes. Our Airless Degreasing Systems can be optimized to operate at the highest, safest temperature for your particular cleaning equipment. Learn more
Tube Cleaning Equipment
No more
Flexible Temperature
Because our Vacuum Vapor Degreasing System units operate under full vacuum, the solvent in the system is boiling at any temperature. Our systems can operate at temperatures below the normal boiling point of a solvent, allowing the use of the correct solvent at the correct temperature. Learn more
Custom Degreasing Machines
Multiple cleaning chambers or multiple support tanks allow for fast multiprocessing systems. Learn more
Vacuum Drying
Vacuum drying is a
Reduced Waste
Our vacuum systems are used during distillation and solvent recovery. The solvent remaining after distillation can generally reach 10% of the total. Elimination of water mixing with the
Reduced Reporting and Permit Costs
Vacuum Processing Systems designs systems to ensure emissions meet the minimum permit requirements. Generally, this requires only the reporting of annual solvent usage. Since solvent usage is reduced by 95% or more, compared to open-top vapor degreasing, little record-keeping and paperwork are required when utilizing a Vacuum-To-Vacuum Degreasing System. Learn more
Excellent Drying
Our Vacuum Vapor Degreasing Systems utilize vacuum drying. Vacuum levels are so deep that the solvent actually boils off the parts, since heat is trapped inside them. This heat source, along with deep vacuum levels, ensures all solvent removal from the part and chamber. Learn more
Solvent VCN Systems
Solvent VCN systems combine the capabilities of an Airless degreaser with the power of the VCN process. Learn more