Instrumentation Ball Valve
Instrumentation Ball Valve

Title | Specification |
---|---|
Thread | BSPP, NPT, UNF, JIC, BSPT, METRIC |
Valve Size | 6 MM TO 50 MM or 1/8″ TO 2″ |
Function | 4 Way, 3 Way, 2 Way, 5 Way |
Connection | Butt Weld, Tube End, Threaded, Socket Weld |
Seal Ring Material | PVDF, PTFE, PEEK, DELRIN, GRAPHITE |
Pressure Rating | 3000 PSI, 1500 PSI, 6000 PSI |
Media | Air, Hydraulic Oil, Gas, Water, Hot Water, Steam, Sea Water, Cold Water, Chemical |
Standard | DIN, ISO, API , ANSI, AWWA, ASME, MSS |
Packing Details | Wooden Pallet, Box Packing |
Body Type | Bar Stock |
Material | SS 316, SS 304, SS 316 TI, ALLOY 20, SMO 254, 904L & ALL OTHER ALLOYS |
Equivalent Brands | Oliver Valve, Parker, Swagelok, Hamlet, Dk-Lok, Hoke |
Stainless Steel 304 Ball Valve Types
Stainless Steel 304 Ball Valve Types






Applications, and Uses of SS 304 Ball Valves
- Ball Valves Used in the Oil, and Gas Industry.
- SS 304 Ball Valves Used Ship Building Industry.
- Ball Valves Used Power and Telecom Industries.
- ASTM A276 Ball Valves Used Food, Beverage, and Dairy
- Ball Valves Used Municipal and Utility.
- A494 Ball Valves Used Mining and Construction.

SS 304 Lined Ball Valves Supplier in India
Bengaluru | Mumbai | Chennai | Hyderabad | Kolkata | Pune |
New Delhi | Ahmedabad | Jaipur | Surat | Salem | Gandhinagar |
Bhiwandi | Tiruppur | Sivakasi | Jamnagar | Thiruvananthapuram | Rajahmundry |
Bhubaneswar | Vijayawada | Firozabad | Bokaro Steel City | Rajkot | Bharuch |
Panna | Raipur | Cochin | Ludhiana | Panipat | Durgapur |
Peenya | Pimpri-Chinchwad | Channapatna | Kharagpur | Nashik | Bareilly |
Varanasi | Haldia | Rourkela | Bangalore | Moradabad | Indore |
Visakhapatnam | Trivandrum | Pithampur | Dibrugarh | Angul | Gwalior |
Coimbatore | Kannur | Nagpur | Vadodara | Rudrapur | Noida |
Agra | Bhagalpur | Jamshedpur | Bhilai | Lucknow | Kanpur |
Saudi Arabia | Oman | Kuwait | Netherlands | Iran |
Bahrain | Qatar | UAE | Africa | Norway |
Nigeria | Mexico | Canada | Venezuela | United Kingdom |
United States | South Africa | Malaysia | Bangladesh | Turkey |
Singapore | Sri Lanka | Australia | Brazil | Egypt |
Denmark | San Marino | Italy | Ireland | Poland |
France | Montenegro | Monaco | Austria | Germany |
Applications of Alloy Steel Instrumentation Tube Fittings
Alloy Steel Instrumentation Tube Fittings find extensive applications across diverse industries:
1. Oil and Gas Sector: In this sector, characterized by high pressures, extreme temperatures, and corrosive environments, Alloy Steel Instrumentation Tube Fittings ensure secure and leak-free connections in critical fluid systems.
2. Chemical Processing: Industries dealing with aggressive chemicals, high temperatures, and corrosion rely on these fittings for reliable connections in essential fluid systems.
3. Power Generation: Power plants and energy facilities utilize these fittings to connect tubes in systems experiencing high pressures and temperatures, ensuring efficient and reliable operations.
4. Industrial Manufacturing: Alloy Steel Instrumentation Tube Fittings provide dependable connections in various industrial applications, including manufacturing and machinery, operating under high-pressure conditions.
5. Construction and Infrastructure: Construction projects necessitating robust materials for reliable fluid systems employ these fittings for leak-free connections in water supply, HVAC, and hydraulic systems.
6. Automotive and Transportation: In automotive applications requiring dependable connections in fuel, hydraulic, and brake systems, these fittings ensure safety and performance.
In conclusion, Alloy Steel Instrumentation Tube Fittings epitomize strength and durability in fluid and gas systems. Their ability to withstand demanding environments, maintain leak-free performance, and offer adaptability in various configurations makes them indispensable. Whether in the oil and gas sector, chemical processing, power generation, or diverse industrial applications, Alloy Steel Instrumentation Tube Fittings embody durability, guaranteeing sustained integrity and performance in critical fluid systems