PILOT OPERATED PRESSURE REDUCING VALVES
COD: PRV57
Pilot-operated pressure reducing valves utilize a pilot control mechanism to maintain precise outlet pressure, offering enhanced stability and responsiveness. They effectively regulate pressure in high-flow applications, ensuring consistent performance while protecting downstream equipment. Ideal for water, steam, and gas systems, these valves are essential for efficient fluid management and system safety.
SAV10 SANITARY AIR VENT VALVES
COD: SAV10
SAV10 sanitary air vent valves are designed for hygienic applications, allowing the automatic release of air and preventing vacuum formation in process tanks. Their sanitary design ensures minimal contamination risk, making them ideal for food, beverage, and pharmaceutical industries. These valves enhance system efficiency by maintaining proper pressure and flow while meeting strict hygiene standards.
UCX90 PIPELINE CONNECTORS
COD: UCX90
The UCX series pipeline connectors, constructed from stainless steel, are designed for steam systems seeking a simple and economical maintenance solution. Ideal for drip service, tracing applications, and small process equipment, the four-bolt flange connector enables quick trap replacement without disturbing existing pipelines. These connectors are compatible with universal four-bolt swivel connection steam traps, ensuring efficient installation and operation.
ISC20i STEAM FILTERS
COD: ISC20i
The ISC20i high-efficiency filters are designed to remove contaminated particles from gases like steam and compressed air. Their optimized construction provides low differential pressure even at high flow rates. Sizes from 1/4" to 3" are joined by a sanitary clamp ferrule in accordance with DIN 32676 Series A, while sizes from 4" to 6" are fastened with bolts and nuts. All models feature plugged drain and vent connections. The replaceable filter elements are made from sintered austenitic stainless steel and come with 1, 5, or 25-micron absolute ratings.
ISH10i STEAM FILTERS
COD: ISH10i
The ISH10i high-efficiency filters are designed to remove contaminated particles from gases like steam and compressed air. Their optimized construction ensures low differential pressure even at high flow rates. All sizes are constructed in two halves and joined by a sanitary clamp ferrule, following DIN 32676 Series A standards.
S10H CLEAN STEAM HUMIDITY SEPERATORS
COD: S10H
When wet steam is utilized in sterilization processes, the moisture in suspension can diminish heat transfer efficiency, potentially compromising the validity of sterilization. The S10H series baffle separators effectively remove moisture from steam pipelines. As steam flows through the separator, the combination of expansion, impact, and swirling effects causes particles with higher specific gravity, such as water droplets and suspended moisture, to be separated. The condensate that collects at the bottom of the separator must be automatically drained using an appropriate steam trap.
S10HV CLEAN STEAM HUMIDITY SEPERATORS
COD: S10HV
When wet steam is utilized in sterilization processes, the moisture in suspension can diminish heat transfer efficiency, potentially compromising the validity of sterilization. The S10H series baffle separators effectively remove moisture from steam pipelines. As steam flows through the separator, the combination of expansion, impact, and swirling effects causes particles with higher specific gravity, such as water droplets and suspended moisture, to be separated. The condensate that collects at the bottom of the separator must be automatically drained using an appropriate steam trap.
S11 CLEAN STEAM HUMIDITY SEPERATORS
COD: S11
When wet steam is utilized in sterilization processes, the moisture in suspension can diminish heat transfer efficiency, potentially compromising the validity of sterilization. The S10H series baffle separators effectively remove moisture from steam pipelines. As steam flows through the separator, the combination of expansion, impact, and swirling effects causes particles with higher specific gravity, such as water droplets and suspended moisture, to be separated. The condensate that collects at the bottom of the separator must be automatically drained using an appropriate steam trap.
