L&T Screwed Ball Valve DN10 – Reliable and Fire-Safe Solution for Industrial Applications
The L&T Screwed Ball Valve DN10 is engineered with precision and reliability, available in single-piece, two-piece, and three-piece constructions. These ball valves ensure bubble-tight sealing through their floating ball design, where line pressure forces the ball against the downstream seat for efficient flow control.
Key Features
- Bubble-Tight Sealing: The floating ball design ensures a leak-proof seal for optimal performance under pressure.
- Fire-Safe Design: Equipped with secondary metal seats, the valve provides leak-tight sealing even in fire conditions. Once the soft seat sublimates, the ball moves against the downstream metal seat, ensuring continued operation.
- Differentiated Grooves for Connections:
- Socket-Weld Ends: Marked with one groove.
- Screwed Ends (NPT Threads): Marked with two grooves.
- Screwed Ends (BSPT Threads): No grooves.
- High-Pressure Ratings:
- Class 800: For sizes ranging from 8 mm to 50 mm.
- Class 300: For larger sizes.
Advantages
- Versatile Construction: Available in single, two, and three-piece designs for diverse industrial applications.
- Durability: High-pressure ratings and robust construction ensure reliable performance in demanding conditions.
- Fire Safety Compliance: Meets stringent fire-safety standards with its innovative secondary metal seating system.
Applications
The L&T Screwed Ball Valve DN10 is ideal for use in:
- Oil & Gas: Reliable flow control for upstream and downstream processes.
- Chemical & Petrochemical Industries: Ensures safe handling of corrosive or hazardous materials.
- Power Plants: Effective in high-temperature and high-pressure environments.
- General Industrial Use: Suitable for HVAC systems, water treatment, and more.
Why Choose L&T Ball Valves?
L&T valves are known for their unmatched quality and performance, combining advanced engineering with practical design. The DN10 ball valve offers high reliability, durability, and safety, making it a preferred choice across industries.