About Wafer Type Ball Valve Manufacturer in Vadodara
FlowBiz Valves is a High-Quality Wafer Type Ball Valve Manufacturer in Ahmedabad, Mumbai, India. We are a top manufacturer of Valve. Wafer Type Ball Valves are easy to maintain. The handle of the Wafer Type Ball Valves lies in alignment with the flow once open. It is vertical to it once closed, creating a simple visual verification of Valve's status. Wafer Type Ball Valves are economically priced for use in light-duty industries. FlowBiz produces the most significant number of Wafer Type Ball Valves in India and is also known as the leader in Wafer Type Ball Valves.
Salient Features / Benefit:
Anti Blow out Stem
Interchangeability of Spares
Zero Holdup Area
Integral ISO Mounting Pad
Push Type Gland
Floating Ball Type
Mirror Finished Ball
Low Torque & Long Life
Precision Engineering For Industrial UseOur wafer type ball valves are crafted to meet international standards and demanding industrial needs, ensuring efficient flow control with minimal maintenance. With a robust stainless steel or carbon steel body and PTFE/RPTFE seats, these valves offer exceptional resistance to wear and chemicals, making them ideal for water treatment, chemical processing, and oil & gas sectors.
Versatile Application and AdaptabilityDesigned for easy integration, the valves feature a full bore structure and are compatible with ANSI, PN, and JIS flanges. They are suitable for a variety of media including water, oil, gas, and chemicals. The range of finishes-including epoxy coated, painted, or mirror finish-ensures long-term durability in different environments.
Reliability and Operator ConvenienceWith lever and gear-operated options, users can achieve precise flow control according to system requirements. Each valve undergoes rigorous API 598 testing to guarantee performance and leakproof operation. The valves meet ISO 5752 face-to-face and ISO 5211/API 6D design standards, ensuring compatibility and safety for critical industrial applications.
FAQ's of Wafer Type Ball Valve Manufacturer in Vadodara:
Q: How is a wafer type ball valve installed between flanges?
A: Wafer type ball valves are designed for installation between two flanges. Simply align the valve body with the pipe flanges using the bolt holes, then secure it by tightening the bolts to the specified torque. This mounting method facilitates quick installation and removal during maintenance.
Q: What makes SS 304/SS 316 balls and PTFE/RPTFE seats beneficial in these valves?
A: SS 304 and SS 316 offer excellent corrosion resistance and strength, ideal for harsh industrial environments. PTFE and RPTFE seats enhance the valve's chemical resistance and ensure a tight, leak-proof seal, making them suitable for a wide range of media and temperatures.
Q: When should I choose lever operation versus gear operation for my valve?
A: Lever-operated valves are suited for smaller sizes (easier manual operation), while gear-operated models are recommended for larger port sizes or higher pressure ratings, as they provide better torque and easier handling for precise control.
Q: Where are these wafer type ball valves commonly used?
A: These valves are widely used in industrial processes, water treatment plants, chemical industries, and the oil & gas sector. Their robust design and compatibility with a variety of flange standards make them suitable for global applications.
Q: What is the working pressure and temperature range for your wafer type ball valves?
A: Our valves are designed for working pressures of PN10, PN16, and PN25, with temperature endurance ranging from -20C to 180C. This versatility supports a variety of industrial processes handling different media.
Q: How do the valves meet reliability and testing standards?
A: Each valve is manufactured in compliance with ISO 5211 and API 6D and tested under API 598 protocols. This ensures high reliability, leak-tight performance (Class VI leakage standard), and long service life exceeding 100,000 operation cycles.
Q: What are the main benefits of using these wafer type ball valves in industrial settings?
A: Key benefits include easy installation, robust materials suitable for corrosive and high-temperature environments, minimal maintenance requirements, and consistent, tight shutoff. The full bore design ensures optimal flow, reducing pressure loss and increasing system efficiency.