Ari Armaturen FABA+ ANSI Bellows Sealed Globe Valve (Flanged ANSI 300, Cast Steel Body)

The Ari Armaturen FABA+ ANSI Bellows Sealed Globe Valve with ANSI 300 flanged ends and a cast steel body is purpose-built for high-pressure, high-temperature applications requiring absolute sealing integrity. Featuring a multi-layer stainless steel bellows combined with a precision-guided rising stem, this globe valve provides leak-free operation, even under thermal cycling — making it ideal for hazardous media such as steam, thermal oil, and chemicals.

The cast steel construction offers exceptional mechanical strength and resistance to pressure-induced stress and high operating temperatures. Designed to ANSI/ASME standards, the Class 300 flanges ensure compatibility with North American piping systems, allowing easy integration into industrial plants, refineries, and power generation systems. The bellows seal design prevents fugitive emissions and eliminates stem leakage — helping meet environmental regulations and plant safety requirements. A safety backseat is included as standard for added stem sealing security when the valve is fully open.

Manufactured by ARI Armaturen, the FABA+ range is known for its reliability, long service life, and maintenance-friendly layout, making it a premium choice for critical isolation and control duties.

Key Features

Bellows Sealed Design
Ensures zero stem leakage by using a multi-ply stainless steel bellows — ideal for hazardous or high-temperature media.

Cast Steel Body
Durable and heat-resistant material for use in high-pressure steam, oil, or chemical lines.

ANSI 300 Flanged Ends
Compatible with Class 300 piping systems, ensuring secure, high-integrity installation in American-standard process lines.

Backseat Feature
Secondary stem sealing when fully open for added safety during maintenance or operation.

Precise Throttling Capability
Globe valve mechanism provides smooth, accurate flow control and dependable shut-off.

Low Maintenance, Long Lifespan
Robust internal components and service-friendly design for reduced downtime and long-term reliability.