Multi-Way Ball Valves Floating design

• Reliable sealing under pressure increase

The floating ball is automatically pressed against the downstream seat by the rising upstream pressure, ensuring stable tightness even under pressure fluctuations.

• Versatile flow control with L- or T-port configuration

The design of the flow port allows flow to be directed according to various configurations, enabling switching, mixing, or diverting of media streams in different process modes.

• Compliance with international standards (ASME, API, DIN, etc.)

Ensures universal applicability across industries and countries.

• High reliability and safety

Features such as blowout-proof stem, anti-static device, and TA-Luft and ISO 15848-1 compliance make the valve suitable for hazardous media and explosive zones.

• Wide range of sealing options

Selection of metal, carbon, or soft seat sealing allows adaptation to various pressure, temperature, and media conditions.

• Easy actuator mounting

DIN/ISO 5211 compliant interface allows simple installation of pneumatic or electric actuators.

• Proven quality

Each valve undergoes 100% leak and functional testing, minimizing operational failure risk.

• Extensive customization potential

From extreme temperature versions to heating jackets, custom paintwork, and special testing — the product can be tailored to any project requirements.

• Chemical and petrochemical industries

Handling aggressive media, switching and distributing flows of acids, alkalis, solvents, etc.

• Oil and gas industry

Reliable performance with hydrocarbons, including at extreme temperatures.

• Cryogenic installations

Suitable for LNG, nitrogen, oxygen, and other cryogenic liquids due to design capabilities down to -196 °C.

• Power and thermal energy sectors

Used in heat transfer systems and for switching steam and water flows in CHP plants.

• Metallurgy

Withstand high temperatures (up to +800 °C), ideal for hot process environments.

• Facilities with stringent safety requirements

Used in systems requiring tight shut-off and emission prevention — e.g., pharmaceutical and environmentally sensitive facilities.