Here at Enviro Tech International degreasing solvents are all that we do, and thus we understand the importance of a high quality standard for precision cleaning in the manufacturing process. We also understand that much thought goes in to deciding not just what products are selected for use in critical cleaning, but that the methods in which these products are to be used are equally important.
Overview With 3M’s complete phase-out of its Novec™ product line by the end of 2025, industries must rapidly identify alternative solutions to ensure process continuity,
NEXT-HD Pro is a replacement solvent for TCE and PERC. NEXT-HD Pro is Enviro Tech’s newest 1,2 trans blend using no HFC’s. This solvent blend is perfectly suited for vapor degreasing in modern equipment and general cleaning. Its solvency for hydrocarbon soils is superior to most similar high-trans fluorinated solvent blends.
Learn how to replace PERC safely and efficiently. Explore alternative solvents, technical criteria, and Enviro Tech solutions to future-proof industrial cleaning.
Learn more about the many benefits of utilizing vapor degreasing technology for your parts cleaning!
Compare high-performance TCE alternatives for aerospace and automotive manufacturing. Learn how to transition solvents and explore Enviro Tech’s engineered replacements.
Perchloroethylene (PERC, aka tetrachloroethylene) has long been a workhorse solvent in the dry-cleaning, parts degreasing, and precision cleaning industries. Its strong solvency, volatility, and favorable thermophysical properties made it a go-to choice.
Times, however, are changing. Regulatory pressures, environmental concerns, and liability risks are pushing operations to rethink PERC-based cleaning. Staying ahead means selecting robust alternative chemistries now. This article walks through the technical challenges of replacing PERC, offers criteria for evaluating alternatives, and highlights how Enviro Tech’s solvent solutions can help you modernize and future-proof your cleaning operations.
Regulatory & Environmental Drivers
Long-Term Operational Risk
Competitive Advantage
The end state: a cleaning operation that is compliant, modular, and adaptable to evolving chemistry and regulation.
When choosing an alternative to PERC, especially for industrial or precision cleaning, it must meet a demanding balance of properties. Here are the key criteria:
Parameter | Why It Matters | Benchmark / Target |
Solvency / Dissolution Power | Ability to remove waxes, oils, greases, flux, particulates | Approach or exceed PERC’s vapor cleaning capability |
Boiling Point / Vapor Pressure & Volatility | Determines vapor degreasing cycle, evaporation / drying | Close match to existing PERC setup to minimize re-engineering |
Residue / Non-Volatiles | Low or zero residue is critical for high-spec parts | < ppm-level, ideally no detectable residue |
Surface Tension / Wettability | Fluid must penetrate tight features, blind holes | Low surface tension is advantageous |
Compatibility & Materials Stability | Must not degrade metals, coatings, elastomers, plastics | Broad materials compatibility tested under accelerated exposure |
Environmental / Toxicological Profile | Non-carcinogenic, low toxicity, regulatory-safe | Non-HAP, non-PFAS or PFAS-free, low GWP/ODP |
Thermal & Chemical Stability / Durability | The solvent must survive repeated distillation / cycling | Minimal decomposition, predictable aging |
Recycle / Recovery Efficiency | Lower waste and operability cost require high reclaimability | High recovery yield, minimal loss over cycles |
Drop-In Compatibility / Ease of Transition | Reduces validation effort and operational disruption | As close to a “plug-and-play” swap as possible |
Meeting all these criteria is rare; many replacements compromise in one dimension. The goal is to find the best trade-off for your application.
Several solvent classes and hybrid approaches are used or emerging as PERC alternatives. Below is a shortened taxonomy with their strengths, weaknesses, and typical application niches.
3.1 n-Propyl Bromide
Solvents based on n-propyl bromide have been used for decades as replacements to systems using PERC, such as ETI’s EnSolv. nPB’s comparatively high boiling point and low cost allow for as seamless of a transition possible with modern solvent options. Long-term compliance considerations apply as nPB will also be evaluated for unreasonable risk like PERC and TCE.
3.2 1,2-Trans Dichloroethylene / Fluorinated Blends
These blends are common drop-in alternatives for PERC in vapor degreasing contexts. Solvents based on tDCE are coupled with fluorinated species to become non-flammable, which ushers in PFAS considerations in some cases. Ask about ETI’s EnSolv Plus as a state-of-the-art PFAS-free PERC replacement.
3.3 Complete Migration to Aqueous / Non-Solvent Systems
For certain soil types, parts, or tolerances, pure aqueous (or mechanical / plasma / ionized gas) alternatives may work. But for many complex geometries, difficult paraffin-based soils, or high-precision cleaning needs, a solvent may still be necessary.
Implementing a PERC alternative safely and effectively can be a multi-stage engineering project. Here’s a recommended roadmap:
A phased approach with fallback strategies and parallel runs helps manage risk.
Drawing from Enviro Tech’s product offerings and public technical data, here are the key substitute products to consider when moving beyond PERC.
Other Enviro Tech fluids appearing in their alternative / degreasing portfolio (HD Pro series, HT variants) may also be considered depending on soil severity or cycle demands, but NEXT-HD Pro and EnSolv Plus are the primary candidates.
Recommendations Summary
Moving your industrial cleaning beyond PERC is not optional it’s essential for regulatory, environmental, and operational sustainability. But the shift doesn’t have to be disruptive or risky.
A well-architected pathway from baseline audit to pilot trials to full validation sets the stage for success. Among the many candidate chemistries, Enviro Tech’s Next HD Pro and EnSolv Plus emerge as the leading alternatives based on their technical attributes, drop-in potential, residue-free performance, and regulatory safety profile.
With careful testing, tuning, and adoption, you can future-proof your cleaning operations: maintain performance, reduce liability, and adapt to whatever solvent landscape comes next.