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WSI’s engineered weld metal overlay (WMO) technologies provide comprehensive solutions for build-up and corrosion resistance. Our automated processes, including GMAW (Gas Metal Arc Welding), restore lost thickness due to wear and upgrade materials for localized corrosion issues, ensuring permanent repairs that extend asset lifespan.
We repair and upgrade a wide range of pressure vessels, including distillation units, reactors, coke drums, digesters, and high-pressure separators. Additionally, we offer structural repairs and reinforcements to mitigate stress and repair cracks, welding seams, and other mechanical damages, prolonging asset life.
WSI excels in delivering automated weld metal overlay and weld cladding solutions. Our corrosion-resistant overlays (CRO) ensure the integrity and longevity of operational assets. Through innovative weld cladding techniques and automated overlay processes, we meet the highest industry standards, providing unmatched durability and reliability for critical components.
Using our patented Unifuse® automated weld overlay technology, WSI structurally repairs, upgrades, and reinforces assets to ensure long-term, reliable performance. Constant innovation and quality improvements in Unifuse technology extend the lifetime and maximize the value of critical assets.
With an unmatched track record and extensive experience in pressure boundary restoration and preservation, WSI stands as a leader in engineered solutions and specialty welded metal overlays, delivering optimal solutions.
WSI has reimagined weld metal overlay with Optifuse, a suite of advanced technologies designed for pressure vessel owners. Optifuse boosts productivity, enhances integrity, and improves the site experience.
By focusing on continuous improvement in every weld overlay task, Optifuse reduces costs and schedules. DragonX, our automatic gouging system, minimizes prep time and delivers a smoother finish with minimal pressure boundary loss.
WSI safely enhances plant reliability by utilizing proprietary NG4 weld machines with closed-loop custom waveform technology. Optifuse extends the life of critical pressure components with higher productivity and reduced turnaround times.
Combining hot wire technology with GTAW, WSI achieves deposition rates that are approaching those of MIG, enhancing weld quality. In hot wire welding, minimal heat input creates fusion with the base metal, while additional heat is directed onto the wire. This allows for significantly faster travel speeds than traditional GTAW, resulting in a smooth, high-quality bead.
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Supporting customers with responsive service, trusted guidance, and dependable warranty protection for over 85 years
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Class 1 division 1 explosion proof lighting prevents ignition in areas with constant flammable gases or vapors
Class 1 Div 2 hazardous-rated lighting provides protection where flammable gases or vapors are unlikely but possible
C2D1 explosion proof lighting prevents combustible dust ignition where hazardous conditions are always present
Class 2 division 2 hazardous-rated lighting (C2D2) minimizes the risk in areas where combustible dust may occur
Class III explosion proof lighting prevents ignition in environments with ignitable fibers or flyings
IEC 60079 zone classification for hazardous areas