A. What are the advantages of using a metal seated floating ball valve compared to a soft-seated floating ball valve?

- **Superior durability and abrasion resistance:** Metal seats can withstand harsh environments with abrasive fluids or particles.

- **Tighter sealing and reduced leakage:** Metal-to-metal contact provides a more reliable seal.

- **Higher temperature capabilities:** Metal components can handle higher operating temperatures.

B. What are some limitations of metal seated floating ball valves?

- **Higher initial cost:** The use of metal seats and robust construction can make them more expensive than soft-seated valves.

- **Potentially higher torque requirements:** Metal-to-metal contact may require slightly more torque to operate the valve compared to soft seats.

- **Not ideal for clean fluids:** Metal seats may not be necessary for applications with clean, non-abrasive fluids.

C. What are some alternatives to metal seated floating ball valves?

- **Soft-seated floating ball valves:** A more cost-effective option for clean fluids and less demanding applications.

Ball Valves

Metal Seated Floating Ball Valve

Hard-faced ball and seats for abrasive, high-temperature and slurry service where soft seats would wear or deform.

Request a quotation

Overview

A metal seated floating ball valve is a robust and reliable valve designed for applications requiring high durability, abrasion resistance, and tight shut-off in demanding environments.

Key features

High Durability and Abrasion Resistance: Metal seats are exceptionally resistant to erosion, wear, and tear caused by abrasive fluids or particles flowing through the valve.
Superior Leak Resistance: Metal-to-metal contact between the ball and seats provides a tighter seal, minimizing leakage compared to soft-seated valves.
High-Temperature Performance: Metal components can withstand higher operating temperatures than valves with soft seats.
Extended Service Life: The robust construction and wear-resistant seats contribute to a longer lifespan.
Bidirectional Flow: Some models allow flow in either direction, offering flexibility in piping layouts.

Technical specifications

Size Range: 2 – 24 NPS, DN50 - DN600
Body Materials: ASTM A216, A105, A350, A182, A351, A352, A890, A995.
Temperature Range: -29°C to 450°C
Ball Materials: ASTM A216, A105, A350, A182, A351, A352, A890, A995.
Maximum Allowable Operating Pressure: ANSI 150#, ANSI 300#, ANSI 600# , ANSI 900#, ANSI 1500#, ANSI 2500#
Seat Materials: PTFE, NYLON, PEEK, NBR, KELF, ENP (Electroless nickel plating), HC (Hard chrome).
Shutoff Rating: Bidirectional Bubble-tight
Body Style: Flanged End, Butt Weld, FE V/s BW
Design Standard: API 6D, ASME 16.34
Flange Drilling: ASME B16.5
Testing Standard: API 598, ISO 5208, EN 12266-1
Face To Face: ASME B16.10
Applications: Oil & Gas, Wastewater, Seawater, Petrochemicals

Applications

Oil & Gas
Wastewater
Seawater
Petrochemicals

Benefits

Ideal for harsh environments: Well-suited for applications with abrasive fluids, slurries, or high temperatures.
Reduced maintenance needs: Durable metal seats minimize wear and tear, leading to less frequent maintenance compared to soft-seated valves.
Minimized fugitive emissions: Superior leak resistance helps reduce environmental impact.
Reliable shutoff performance: Metal-to-metal sealing ensures a secure closure.
Versatility: Available in various sizes and materials for diverse industrial applications.

Frequently asked questions

Application engineering

Specify your requirement.

Share your process conditions, required configuration and quantity. Our team will confirm suitable options and available documentation.