ProcessBarron offers high-quality, non-metallic expansion joints designed to withstand a wide range of temperatures and chemical environments. All materials meet Fluid Sealing Association (FSA) specifications, ensuring reliable performance in industrial applications. Elastomeric and composite expansion joints are available for specialized needs.
ProcessBarron’s elastomeric expansion joints provide superior resistance to moisture, chemical corrosion, vibrations, and pulsations. They are ideal for fan discharge, turbine inlet, and industrial duct applications.
| Series | Cover Construction | Max. Cont. Temp. | Design Pressure | Vacuum |
|---|---|---|---|---|
| N250 | Fabric Reinforced Neoprene | 250°F | 2 psig | 50 in. H2O |
| E300E | Fabric Reinforced EPDM | 300°F | 2 psig | 50 in. H2O |
| E400V | Fabric Reinforced Fluoroelastomer | 400°F | 2 psig | 50 in. H2O |
| T1407 | Fluoropolymer with PTFE Chemical Barrier | 600°F | 3 psig | 83 in. H2O |
ProcessBarron’s composite expansion joints are engineered for extreme temperature and chemical conditions, providing:
Yes. All materials comply with Fluid Sealing Association (FSA) specifications.
Absolutely. Our composite joints are designed for extreme temperatures and harsh chemical environments, while elastomeric joints resist moisture, vibrations, and corrosion.
