Low-Pressure Plasma Cleaning & Surface Treatment Services

Our low-pressure plasma treatment is specifically engineered for challenging engineering-grade plastics including polycarbonate, Ultem, nylon, LCP, and other high-performance polymers. We've developed proprietary processes that activate surface chemistry for superior coating adhesion while preserving critical mechanical properties like flex, springback, and tensile strength. Unlike conventional treatments that can embrittle or weaken parts, our plasma process works at the molecular level to create ideal bonding conditions without compromising material integrity—making it perfect for functional components in automotive, electronic, and medical applications.

Plasma treatment fundamentally alters surface chemistry at the molecular level through ion bombardment and UV radiation in a controlled vacuum environment. This creates reactive bonding sites and removes organic contaminants that prevent adhesion—resulting in significantly stronger mechanical interlocking between substrate and coating. Unlike chemical etching or flame treatment which can damage substrates or create inconsistent results, our low-pressure plasma process delivers uniform, repeatable surface activation across complex geometries. The result is flawless adhesion that withstands rigorous testing including cross-hatch adhesion, tape pull, and long-term environmental exposure.

Plasma treatment delivers critical value across industries where coating performance and material integrity are both essential. Electronics manufacturers rely on it for EMI-RFI shielding on molded housings, medical device producers use it for biocompatible coatings on surgical instruments and implantable components, automotive suppliers specify it for decorative and functional coatings on interior and under-hood parts, and cosmetic packaging companies depend on it for brilliant metallized finishes on caps and closures. Any application requiring durable coatings on engineering plastics—especially where flex, springback, or dimensional stability matter—benefits from our advanced plasma activation technology.

Absolutely. Plasma treatment serves as a critical foundation step in multi-layer finishing systems. We routinely combine it with vacuum metallization, electroplating, PVD coating, and UV topcoating to achieve specific performance and aesthetic requirements. For example, plasma-treated polycarbonate can receive sputtered metal layers for EMI shielding followed by protective topcoats, or plasma activation can precede electroplating to achieve gold, chrome, or architectural finishes on engineering plastics. Our 200,000 square foot facility houses all these capabilities under one roof, enabling integrated process control and faster turnaround than working with multiple vendors.

Lead times vary based on project complexity and volume, but our in-house custom tooling design and build capability enables us to move from sampling to full production in half the industry-standard timeframes. For prototype and sampling work, we typically provide treated parts within 1-2 weeks. Production runs benefit from our 24-5 operating schedule and high-volume capacity—we process over a million parts weekly and can run 20+ different jobs simultaneously. We offer free sampling services for most applications, allowing you to validate process performance before committing to production volumes.

Quality consistency stems from our proprietary process controls developed over 60 years of finishing innovation. Our plasma treatment chambers feature real-time monitoring of pressure, power, gas composition, and treatment time—with automated feedback systems maintaining parameters within tight tolerances. Each production batch undergoes adhesion testing using standardized protocols including cross-hatch and tape pull tests. We maintain detailed process documentation and traceability for every job, which is why we've earned approved supplier status with quality-demanding customers like Estée Laduer, L'Oreal, and major electronics manufacturers. Our combination of advanced equipment, experienced operators, and rigorous quality systems delivers the reliability high-volume production requires.

Our plasma treatment technology was developed specifically to solve the industry's most challenging adhesion problem: achieving flawless coating adhesion on polycarbonate and other engineering plastics while maintaining the same flex and springback as freshly molded parts. Most plasma processes either under-treat (causing adhesion failures) or over-treat (embrittling the substrate). Our proprietary process parameters—refined through decades of R&D—activate surfaces precisely enough for superior bonding without compromising mechanical properties. This makes our treatment ideal for functional parts like automotive clips, electronic latches, and medical device components where both coating durability and part performance are mission-critical.

Yes, we provide comprehensive sampling and testing services to validate plasma treatment performance for new materials and applications. Our process begins with material characterization and application requirements review, followed by plasma treatment parameter optimization using small sample lots. We then conduct adhesion testing (cross-hatch, tape pull, environmental exposure) and can coordinate with coating application if needed. Because we've developed treatments for everything from commodity plastics to exotic engineering polymers over six decades, we bring deep expertise to troubleshooting adhesion challenges. Most customers receive free sampling services, and our rapid prototyping capability means you'll have validated results in days rather than weeks.