Triple Offset Butterfly Valves
Engineered with a unique triple offset geometry, these valves eliminate friction during operation, ensuring tight shut-off, extended service life, and reduced wear on sealing components.
Design
- API 609 Category B (Double & Triple Eccentric)
Pressure Ratings
- Class 150–600 (API 609)
- Class 900–1500 (ASME)
Valvenex supplies triple offset butterfly valves designed for high-performance isolation in demanding and critical service applications.
Unlike conventional butterfly valves, the triple offset design creates a cam-like motion between the disc and seat, allowing the valve to seal without rubbing. This metal-to-metal sealing system provides reliable zero-leakage performance, making these valves ideal for high-temperature, high-pressure, and severe service conditions.
Triple offset butterfly valves are widely used in oil & gas, petrochemical, power generation, and LNG applications. They are particularly suitable for handling steam, gas, and aggressive fluids where conventional soft-seated valves may fail. Their lightweight and compact design also offer significant advantages in space-constrained installations compared to traditional gate or ball valves.
Manufactured in accordance with international standards such as API, ASME, and ISO, Valvenex valves ensure durability, safety, and compliance across every project. Available in a range of materials, pressure classes, and configurations, they can be tailored to meet specific operational requirements.
At Valvenex, we go beyond product supply. Our team provides technical guidance to support proper valve selection, considering process conditions, temperature ranges, and actuation needs. We also assist with certification, documentation, and compliance to meet project-specific standards.
With a strong focus on performance, reliability, and long-term efficiency, Valvenex triple offset butterfly valves are trusted by operators worldwide for critical isolation applications.
INDUSTRIAL VALVE SOLUTIONS
Valvenex supplies industrial valves for demanding applications, supported by technical expertise to ensure correct selection, compliance, and reliable performance.