TIV floating ball valve for gas pipelines, side-entry bolted body, API 6D, by Pietro Fiorentini H2 Ready
Ball Valve

Floating Ball Valves Side-Entry Bolted Design

In the floating valve the ball is not rigidly held on its rotational axis and so is free to float between seats. Sealing occurs through pressure action pushing the ball against a seat. The standard body is side entry, with one or two bolted connectors that contain the valve seats; a top-entry version is available on request. Produced by TIV Valves, a Pietro Fiorentini Group company, these valves are Hydrogen Ready for NG-H2 blending applications.

Supplied and supported across Saudi Arabia, the GCC and the Middle East from Al Khobar

Up to 420 bar
-196°C to +538°C by design
Hydrogen Ready

Technical Specifications

Detailed technical data for Floating Ball Valves

Performance
Design Pressure Up to 420 bar
Pressure Class 150 to 2500
Temperature Range -196°C to +150°C (cryogenic design); -29°C to +538°C (high-temperature design)
Sealing Mechanism Pressure-Driven Ball-to-Seat
Construction
Nominal Sizes 1/2″ - 36″
Body Construction Side Entry Bolted (Top Entry on Request)
Flanges RF/RTJ (ASME B16.5, B16.47), BW (ASME B16.25)
End-to-End Dimensions ASME B16.10
Optional Features Metal Seated Configuration

Applications

Gas Transmission HP
Gas Distribution MP
City Gates
Compressor Stations
Gas Storage
LNG Marine Transport
Power Generation
NG-H2 Blending

Key Features

Side-Entry Bolted Design

Side-entry body with one or two bolted connectors that contain the valve seats; top entry available on request.

Floating Ball Design

Ball floats freely between seats, enabling pressure-driven sealing for bubble-tight closure.

Hydrogen Ready

Compatible with NG-H2 blending for future energy transition applications.

Optional Metal Seats

Metal-seated configuration available for high-temperature applications.

Extreme Temperature Range

Two designs: -196°C to +150°C for cryogenic service and -29°C to +538°C for high-temperature service.

API 6D Compliant

Block & Bleed design according to API 6D, with end-to-end dimensions per ASME B16.10.

Downloads

Technical documentation and resources

Frequently asked questions

How does a floating ball valve seal?

In the Floating Ball Valves from TIV Valves, a Pietro Fiorentini Group company, the ball is not rigidly held on its axis. Line pressure pushes it against the downstream seat, which creates the seal. The design is block and bleed to API 6D, with a two-piece bolted body in forged or rolled bar, and a metal seated version is available.

When should I choose a trunnion ball valve instead?

This page lists floating designs up to 6 inch and up to 420 bar design pressure. For larger bores or heavier duty, the Trunnion Ball Valves carry the pressure load on a trunnion, which lowers operating torque, and offer double block and bleed seats with DIB-1 or DIB-2 options. For flow control rather than isolation, look at the Deltaflux.

Can Pietro Fiorentini Saudi Industry supply the Floating Ball Valves in the GCC?

Yes. Pietro Fiorentini Saudi Industry in Al Khobar supplies and supports the Floating Ball Valves for projects in Saudi Arabia, the UAE, Qatar, Kuwait, Bahrain and Oman. Send us the size, pressure class, temperature and end connections, and we will prepare a quotation.

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