High Pressure TBS Ball Valve

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High Pressure TBS Ball Valve Specification

Pressure
High Pressure, Up to 700 Bar

Caliber
Standard, Customized Available

Connection
Threaded, Socket Weld, Flanged

Structure
Ball Valve

Material
Stainless Steel, Carbon Steel, Brass

Power
Manual

Media
Water, Oil, Gas, Acid

Temperature of Media
High Temperature, Up to 220C

Port Size
1/4 Inch to 2 Inch

Flange
Standard Flange, ANSI/DIN/JIS

Finish
Polished / Coated

Application
Hydraulic, Pneumatic, Industrial Pipelines

About High Pressure TBS Ball Valve

Based in Mumbai, Maharashtra, we are a 1986 established company engaged in manufacturing and supplying excellent quality High Pressure TBS Ball Valve. It is well designed and fabricated at our ultra modern facility using top notch quality raw materials and latest innovative techniques. These valves are widely used in many industrial applications for regulating the flow of fluids in a safe and hassle free manner. We have a dedicated team of quality analysts who check this machine on well defined quality parameters prior to dispatch. Moreover, High Pressure TBS Ball Valve offered by us can be availed in different models and technical specifications as per requirements.

Reliability and Longevity

Engineered for durability, the TBS Ball Valve boasts a lifecycle of up to 100,000 operational cycles. Its robust construction and high-quality materials ensure reliable performance even under high-pressure conditions reaching up to 700 Bar, making it suitable for continuous, demanding use in hydraulic, pneumatic, and industrial pipeline systems.

Optimized Sealing and Temperature Resistance

Featuring PTFE seats known for exceptional chemical stability, this valve guarantees a secure seal and minimal leakage across a broad range of media, including water, oil, gas, and acids. Its design supports high-temperature applications, withstanding up to 220C, ensuring dependable operation in challenging environments.

Versatile Installation Options

The TBS Ball Valve offers flexibility in installation with multiple end connections like BSP, NPT, socket weld, and flanged types. Designed according to both ANSI, DIN, and JIS flange standards, it caters to diverse pipeline requirements and integrates smoothly, whether for standard or customized setups.

FAQs of High Pressure TBS Ball Valve:

Q: How is the High Pressure TBS Ball Valve installed in industrial pipelines?

A: The valve supports multiple connection types including threaded (BSP/NPT), socket weld, and flanged (ANSI/DIN/JIS standards), allowing for versatile installation across hydraulic, pneumatic, and industrial pipelines. The choice of connection depends on your specific system requirements.

Q: What benefits do PTFE seats provide in this ball valve?

A: PTFE seats ensure a reliable seal, chemical resistance, and minimal leakage across a variety of media. They also withstand high temperatures up to 220C, enhancing valve durability and performance in demanding environments.

Q: When should one opt for full bore versus reduced bore in a TBS Ball Valve?

A: Full bore is ideal when minimal pressure drop and maximum flow rate are required, typical in streamlined pipeline applications. Reduced bore is chosen for cost-effectiveness and compact installations where lower flow rates are acceptable.

Q: Where can the High Pressure TBS Ball Valve be used?

A: It is suited for hydraulic, pneumatic, and industrial pipelines handling water, oil, gas, or acid. Its high pressure and temperature capacities make it applicable in environments such as manufacturing plants, chemical processing facilities, and refineries.

Q: What materials are available for the valve body and what are the corrosion resistance options?

A: The valve body can be made from stainless steel, carbon steel, or brass, providing varying levels of mechanical strength and corrosion resistance. Stainless steel is preferred for high corrosion resistance, especially with aggressive fluids.

Q: How many operational cycles can this ball valve perform?

A: The TBS Ball Valve is rated for up to 100,000 cycles, ensuring long-term reliability and minimal maintenance in automated or manually operated systems.

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