01Industrial Piping
Fabrication and installation of industrial piping systems.
DISCUSS YOUR PROJECT →OUR SERVICESINDUSTRIAL PIPING,
INDUSTRIAL PIPING,
FRP AND TANK WORK.
Fabrication, installation, repair, testing and maintenance for industrial facilities.
20+ YEARSHands-on industrial experience
SUPERVISIONPipefitting and maintenance leadership
U.S.Nationwide project background
FRP · PVC · CPVCIndustrial material experience
01
02FRP Systems
Installation and repair of corrosion-resistant fiberglass systems.
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03Tank Solutions
Fiberglass tank fabrication, repair and relining.
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04PVC & CPVC
Thermoplastic piping, welding, lamination and joining.
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05Plant Maintenance
Preventive and corrective maintenance for industrial facilities.
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06Inspection & Testing
Pressure testing, leak detection and system inspection.
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FIELD CAPABILITYFROM COMPONENTS TO COMPLETE SYSTEMS
FABRICATION AND INSTALLATION IN ONE SCOPE.
We fabricate and install skids, pipe racks, spools, flanges, valves, actuators, supports and related hydraulic or pneumatic equipment. Work can include layout, alignment, final flange make-up, torquing, hydrostatic testing and inspection.
VIEW PROJECT PHOTOS →RELATED FIELD SERVICES.
✓ Skid-mounted fabrication and assembly
✓ Leak, crack and deterioration repair
✓ Industrial ductwork and chemical drainage
✓ Tank, piping and equipment relining
✓ Hydrostatic testing and leak detection
✓ Pumps, valves and component replacement
THERMOPLASTIC MATERIAL EXPERIENCE
FUSION AND WELDING REFERENCE.
The team works with a broad range of corrosion-resistant thermoplastics. These values organize the material data supplied by the client for project planning and field reference.
| Thermoplastic | Fusion temp. °F | Fusion temp. °C | Typical welding temp. °F | Welding temp. °C |
|---|---|---|---|---|
| FEP (MAXAR) | 500–530 | 270–277 | 650–725 | 343–385 |
| CPVC | 230 | 110 | 550–660 | 280–348 |
| PVC | 230 | 110 | 500–550 | 260–290 |
| PVDF (KYNAR) | 311–338 | 155–170 | 650–680 | 343–360 |
| PP | 390–420 | 198–215 | 550–600 | 290–315 |
| PE | 400–430 | 204–221 | 500–600 | 260–315 |
| ECTFE (HALAR) | 460–470 | 237–244 | 520–620 | 271–330 |
| PTFE | 620–630* | 326–333 | 650–750 | 343–400 |
| CTFE | 410–420 | 210–216 | 450–550 | 232–290 |
| PFA | 575–590 | 298–310 | 675–750 | 357–400 |
| ETFE | 520–530 | 271–278 | 675–710 | 357–376 |
* Reference values vary by equipment, material specification, wall thickness and approved procedure. Final settings must follow the manufacturer, project specifications and qualified welding procedure.
HOW A PROJECT STARTS
A CLEAR PATH FROM SITE REVIEW TO COMPLETION.
Every scope is different, but the first steps should always be clear.
Discuss the Scope
We review the location, system, problem and schedule.
Plan the Work
Materials, access and field requirements are identified.
Perform the Job
Our team completes the approved fabrication, repair or installation.
Inspect the System
The completed work is checked before closeout.