Application Valves

Frigate Application Valves ensure stable flow rates even under fluctuating system demands. With tight hysteresis and fast actuation, we eliminate flow variability that disrupts precision processes. 

application valves

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Our Application Valves Products

Explore our range of high-quality Application Valves today.

Float valve - IMG (2)
Sampling valve - IMG (2)
Service valve - IMG (2)

Wörter von Kunden

Sehen Sie, wie Globale OEMs und sourcing-Köpfe beschreiben Sie Ihre Erfahrung mit unseren skalierbaren Ausführung.

Wir exportieren in 10+ Ländern

Fregatte Globale Präsenz

Fregatte ist stolz darauf, Erleichterung “Machen in Indien für die Welt“. Als unser globales Netzwerk von Frigaters bietet praktisch unbegrenzte Kapazität, und durch unsere IoT-fähige Plattform, die Sie Ihre Teile direkt in der Produktion. Durch digitale und technologisch aktivieren "die stillen Säulen der Wirtschaft" KKMU-und KMU-Branchen der verarbeitenden Industrie, wir sind in der Lage, Tippen Sie auf die riesige Potenzial für die Fertigung zu bringen die besten Ergebnisse für unsere Kunden.

application valves

100,000+

Teile Hergestellt

250+

Frigaters

2000+

Maschinen

450+

Materialien

25+

Herstellung Prozess

Industry Applications

Process Control Systems

Integrates with distributed control systems (DCS) for automated flow, pressure, and temperature regulation across complex industrial processes.

Safety Instrumented Systems (SIS)

Provides emergency shutdown, pressure relief, and fail-safe isolation functions to meet SIL-rated safety and reliability requirements. 

Cryogenic Fluid Handling

Controls flow of liquefied gases like LNG, oxygen, or nitrogen at extremely low temperatures with specialized sealing and materials. 

High-Pressure Hydraulic Circuits

Manages energy transfer and actuator control in industrial machinery, maintaining system integrity under variable loads and transient pressures. 

Vacuum and Ultra-High Vacuum Systems

Enables isolation and regulation in semiconductor, space simulation, and surface science applications requiring low-leakage and outgassing properties. 

Corrosive Media Transfer

Operates in environments with strong acids, bases, or halogens, using exotic alloys or lined bodies to prevent internal degradation. 

application valves
application valves
Service valves
Float valves

Fast, Accurate Valve Response

Delayed valve actuation can disrupt pressure balancing in distributed systems. Frigate solves this with intelligent auxiliary valves that react quickly and communicate in real-time

Having Doubts? Our FAQ

Check all our Frequently Asked Questions

How does valve hysteresis quantitatively impact flow control precision in Frigate Application Valves?

Fregatte valves keep hysteresis under 0.3% of full-scale flow, minimizing the difference between input and output signals. This tight control reduces lag and improves repeatability during fast valve movements. It is crucial for maintaining accuracy in high-speed batch processes. 

What design features enable Frigate valves to resist cavitation damage under high differential pressure?

The valves use multi-stage pressure reduction chambers that lower fluid velocity step-by-step. Optimized flow paths reduce vapor pressure and prevent bubble collapse. This design protects the valve even at differential pressures above 30 bar. 

How do Frigate valves ensure stable operation in systems with highly pulsating flow, such as reciprocating compressors?

Special dampening diaphragms absorb pressure spikes caused by pulsations. Spring-loaded actuators adjust dynamically to keep the valve position steady. This control limits flow variation to within ±2% at pulsation frequencies up to 50 Hz. 

What materials and coatings are used in Frigate Application Valves to ensure chemical resistance and durability?

Fregatte uses Hastelloy C-276 for internal parts, which resists strong acids and solvents. Seat seals are made from PTFE-based materials for chemical compatibility. Plasma nitriding on surfaces increases hardness and wear resistance. 

How does the valve’s flow characteristic curve optimize control accuracy across variable ranges?

The valves use a modified equal percentage curve to create smooth, logarithmic flow changes. This improves control sensitivity, especially at low flow rates. Accuracy is maintained down to 2% of the valve’s maximum capacity. 

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LOCATIONS

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10-A, First Floor, V. V Komplex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, Indien.

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9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti Coimbatore-641035, Tamil Nadu, Indien. ㅤ

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