Brief:The 900F Series inverted bucket steam trap, constructed from cast steel, features a horizontal pipeline inlet/outlet configuration and includes an integrated vertical filter. Connection options include threaded, socket weld, or flanged connections to suit various installation requirements.
Brief: Under identical operating conditions, the 1000 Series stainless steel inverted bucket steam trap typically delivers a service life that is 3–4 times longer than conventional steam traps. Its design incorporates heat-treated stainless steel discs and seats, which are engineered to withstand pressures of up to 900 psig (62 bar) and temperatures reaching 900°F (482°C). This makes the 1000 Series ideal for demanding applications where durability and performance are critical.
Brief: The 300 Series forged steel inverted bucket steam trap is available with multiple connection options, including threaded, socket weld, or flanged connections, and is designed for vertical installation. Its unique lever mechanism amplifies the force generated by the weight of the inverted bucket, enabling the valve disc to open against system pressure differentials. The lever mechanism operates in a free-floating manner, eliminating wear caused by fixed pivot points.
Brief:The 1800 Series inverted bucket steam traps are constructed entirely of stainless steel and designed for horizontal installation. The Fuchen 1800 Series serves as a quick and easy in-line replacement for other types of side-inlet and side-outlet condensate traps. It incorporates all the energy-saving benefits of the proven inverted bucket design. The side-inlet, side-outlet, fully welded structure ensures the trap operates efficiently in applications such as tracer lines, drip legs, heating processes, and similar services. With the 1800 Series, you gain a freeze-resistant, all-stainless steel construction, a three-year warranty, and all the advantages of this reliable technology.
Brief: Renowned as the most dependable steam trap technology, the inverted bucket design delivers highly efficient condensate removal across virtually all steam applications. Encasing this proven mechanism within a rugged ductile iron housing creates an optimal synergy of performance and durability. This combination ensures exceptionally long service life and operational efficiency. By maximizing uptime and minimizing failures, these traps significantly reduce energy waste and lower replacement and labor expenses. Furthermore, their field-repairable design offers a cost-effective solution, slashing long-term maintenance costs and delivering a superior return on investment.
