About 1/2 inch SS 304 IC Type Commercial Ball Valve
- Product Name: 1/2 inch SS 304 IC Type Commercial Ball Valve
- Size: 1/2 inch
- Material: SS 304 stainless steel (IC type construction)
- Function: Provides reliable on/off flow control for liquids and gases in commercial applications
- Construction Type: IC type body design for durability, consistency, and long service life
- Compatibility: Suitable for piping systems with 1/2 inch threaded connections
- Corrosion Resistance: Excellent resistance to rust, corrosion, and oxidation in commercial and industrial environments
- Operation: Smooth quarter-turn lever operation for quick and dependable flow control
- Applications: Plumbing systems, water supply lines, gas pipelines, HVAC, and general commercial piping systems
- Finish: Polished stainless steel surface for durability and aesthetic appeal
- Standards: Commercial-grade IC type ball valve suitable for medium-pressure applications
| Feature | Description |
| SS 304 Stainless Steel Body | Offers strength, durability, and excellent corrosion resistance for commercial use. |
| IC Type Construction | Ensures uniform body structure and reliable long-term performance. |
| Leak-Tight Shut-Off | Precision ball and seat design ensures secure sealing and minimal leakage. |
| Smooth Quarter-Turn Operation | Allows quick opening and closing with minimal effort. |
| Versatile Commercial Applications | Ideal for water supply, gas, HVAC, and general commercial piping systems. |
Reliable in Extreme TemperaturesThis SS 304 ball valve operates efficiently from -40F up to 392F, tackling both freezing and elevated heat environments. Its consistent performance makes it ideal for factories, laboratories, processing units, and utility plants across a range of industries. The temperature resilience protects both the system and media integrity, providing reliable control over demanding applications.
Multipurpose Industrial UtilitySuitable for multiple media types-air, liquid, and gas-the IC Type Commercial Ball Valve is engineered to handle diverse industrial requirements. Its corrosion-resistant stainless steel construction and flanged connection facilitate easy integration into new or existing pipelines, broadening its spectrum of use from water systems to pneumatic lines and chemical plants.
FAQ's of 1/2 inch SS 304 IC Type Commercial Ball Valve:
Q: How is the 1/2 inch SS 304 IC Type Ball Valve typically used in industrial settings?
A: This ball valve is utilized for controlling the flow of water, air, liquid, or gas within pipelines. It is especially valued for its quick shut-off ability and reliability in demanding temperature conditions, making it suitable for manufacturing, process plants, and utility services.
Q: What benefits does the stainless steel 304 construction offer for this ball valve?
A: SS 304 offers excellent resistance to corrosion, high durability, and longevity. This construction ensures the valve maintains performance integrity even when exposed to harsh chemicals, temperature fluctuations, and prolonged industrial usage.
Q: When should I select the SS 304 IC Type Ball Valve over other types?
A: You should pick this valve when you require robust corrosion resistance, a wide operating temperature range (-40F to 392F), and compatibility with various media, such as air, liquids, and gases, particularly in industrial and commercial settings.
Q: Where can the 1/2 inch SS 304 Commercial Ball Valve be sourced in India?
A: This valve is available across India through various distributors, exporters, importers, manufacturers, service providers, suppliers, and traders specializing in industrial plumbing and valve solutions.
Q: What is the process for installing the flanged end SS 304 Ball Valve?
A: Installation involves aligning the valve's flanged ends with compatible pipe flanges, securing them with appropriate bolts, and checking for leaks. This design simplifies the integration into existing industrial systems and supports easy maintenance or replacement.
Q: How does the valve ensure operational safety and efficiency?
A: Its precise shut-off mechanism, robust material, and wide temperature tolerance minimize the risk of leaks, system failures, and operational interruptions, promoting safe and efficient industrial processes.