881T-1-70 | 1" 70# IB TRAP W/ThermVent | Armstrong International

1" 70# IB TRAP W/ThermVent: Ideal for Industrial ApplicationsThe Armstrong International 881T-1-70 1" 70# IB Trap with ThermVent is a highly efficient and reliable steam trap designed for demanding industrial applications. This trap features a robust construction with a cast iron body and stainless steel internals, ensuring long-lasting operation in harsh environments. Effective Condensate Removal: The Armstrong 881T-1-70 utilizes a thermodynamic disc design to effectively remove condensate from steam systems. Its balanced pressure design provides consistent performance, regardless of fluctuating system pressures. Versatile Temperature Range: With an operating temperature range of 32°F to 450°F, this trap is suitable for a wide range of industrial processes, including steam heating, process equipment, and condensate return systems. Energy Efficiency: The Armstrong 881T-1-70 is designed to minimize energy loss, improving overall system efficiency. Its ThermVent technology allows air to vent during start-up, ensuring optimal trap performance. Easy Maintenance: Maintenance is simplified with the trap's in-line, replaceable cartridge design. The cartridge can be easily removed and replaced, minimizing downtime during maintenance procedures. Trusted Brand: Armstrong International is a leading manufacturer of steam traps and industrial fluid management solutions. Their products are known for their reliability, efficiency, and durability. If you're looking for a high-performance steam trap for your industrial application, the Armstrong International 881T-1-70 1" 70# IB Trap with ThermVent is an excellent choice. With its durable construction, effective condensate removal, versatile temperature range, and energy efficiency, this trap will help you maintain a reliable and efficient steam system. Shop at our HVAC supply store for the best prices and fast shipping on the Armstrong International 881T-1-70 1" 70# IB Trap with ThermVent, and all your industrial supply needs.