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Sanitary Steam Trap

Sanitary Balanced Pressure Thermostatic Steam Trap

Material : Stainless Steel 316L

Size : 1/2”,3/4”,1”(DN15,DN20,DN25)

Connection : CLAMP

100% tested and inspected

Sanitary steam trap are designed for clean and pure steam applications, precisely removing condensate and minimizing residue, making them ideal for sterile steam barriers and CIP cleaning.



Clean steam trap is an automatic valve that filters out condensate and non-condensable gases (such as air) while preventing vapor from escaping. 


It automatically opens, closes, or regulates, and discharges condensate once it forms in an energy-efficient manner.



Working principle


At system start-up, the thermostatic bellows remains open to release trapped air, non-condensable gases, and low-temperature condensate.

As steam reaches the trap, the rising temperature causes the bellows to expand and close the valve. 


When cooler condensate accumulates around the element, the bellows contracts, lifting the valve from its seat to continuously discharge condensate.




Name
Sanitary Balanced Pressure Thermostatic Steam Trap
Material
Stainless steel 316L
Size
1/2”,3/4”,1”(DN15,DN20,DN25)
Standards
3A / ASME BPE / ISO
Seal
Viton,PTFE or on request
Max Pressure
6Bar
Subcooling at Start-up
2–10°C below saturated steam
Working Temperature
100℃ ~ +170℃
Way of Connection
Welded, Clamped
Package
Foam bag/shrink bag-carton box-ply woodencase


Why choose a sanitary steam trap?



Designed for smooth condensate discharge, the fully seamless flow path greatly reduces the risk of bacterial buildup.

Supports self-draining when mounted vertically (outlet facing downward), while also compatible with both vertical and horizontal installation layouts.

The “failure-open” safety design helps avoid unexpected shutdowns, ensuring reliable performance even in demanding conditions.

A large-aperture nozzle allows rapid air evacuation, enabling quick system start-up, reducing blockage risks, and maintaining stable operation.

Hygienic internal structure with no retention areas, optimized condensate drainage, and surface roughness below RA 0.6 μm to effectively prevent bacterial growth.

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