Multiple spring check valves with staggered set pressures cut quench peak pressure and coolant evaporation in superconducting electromagnets.
A throttle valve and pressure-responsive check valve regulate flow by pressure differential, cutting cost and control-unit complexity.
An integrated drain lets a pressure-independent control valve flush debris in place, avoiding removal, downtime, and complex re-commissioning.
A frustoconical buffer with axial and radial outlets keeps particle flow steady and filling uniform despite supply-rate variations.
A differential-pressure flow regulator keeps hydraulic circuit flow constant despite pressure changes while simplifying retrofit installation.
A rotating sleeve with two opening scales lets one hydraulic valve cover multiple flow ranges, reducing valve variants and storage needs.
A removable high-pressure orifice body simplifies machining, improves corrosion protection, and makes first-stage regulator service easier.
Radial inner and outer membrane expansion spaces cut frictional losses and improve constant flow regulation in heating or cooling valves.
A separate spring support and diaphragm-linked regulator keep liquid flow constant under pressure changes while simplifying calibration.
By isolating downstream pressure from upstream supply pressure, this regulator pump keeps low-flow coating mix ratios accurate and stable.
A rolling membrane and spring regulator keep valve flow steady under pressure changes while simplifying the cartridge structure.
An integrated piston and spring mechanism stabilizes upstream pressure, resolving the trade-off between flow accuracy and device volume in medical gas systems.
Contoured edges on the spring clip facilitate easy assembly while reducing high and low frequency resonance in pressure regulators.
An elastomeric valve member deforms under high outlet pressure to distribute force uniformly, preventing seat damage from contamination.
Bypass channel inlet upstream of sieve allows dirt particles to pass, preventing clogging while maintaining consistent maximum flow rate.
A valve membrane supporting structure protects the flexible part from excessive pressure differences during normal operation.
An air flow limiter with closed-open sensing prevents pellet damage by regulating velocity in pneumatic resin conveying systems.
A polymer jacketed damper maintains stable pressure regulation in sanitary fluid control devices without lubricants.
Merging reducer and meter stages into one coaxial body eliminates multipart actuation mechanisms that cause leaks and increase manufacturing costs.
A movable valve body regulates fluid flow using pressure differentials between inlet and outlet sides.
A differential pressure control valve uses a membrane and adjustable spring preload to maintain constant pressure across varying flow rates.