08045476196

J. D. CONTROLS
GST : 24ANCPS4608P1ZL

Sight Glass (Sight Flow Indicator)

Wafer Check Valves

Industrial Strainer

Y Type Strainers

Basket Type Strainers

Basket Type Strainers

Two Way Ball Valves

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Two Way Ball Valves Specification

Connection
Flanged

Caliber
Standard

Structure
Two Way

Channels
2

Pressure
Max 16 bar

Material
Stainless Steel

Power
Manual

Media
Water, Oil, Gas, Steam

Temperature of Media
Up to 180C

Port Size
1/2 to 4

Flange
ANSI, DIN, JIS Standards

Finish
Polished

Application
Industrial, Chemical, Water Supply

End Connection
Flange End

Flow Characteristic
Unobstructed Straight Flow

Handle Type
Lever Operated

Body Design
Split Body

Mounting
ISO Standard Mounting

Seat Material
PTFE

Leakage Class
Class VI

Valve Type
Full Bore Ball Valve

Service Life
Long Service Life

Testing Standard
API 598

Coating
Electropolished Finish

Size Range
DN15-DN100

Operation
Quarter Turn

About Two Way Ball Valves

Two Way Ball Valves

Leveraging on the support of our dexterous workforce, we are able to manufacture, supply, and exports a large range of Two Way Ball Valves. These are manufactured to control the free flow of fluids. These are available with a handle which is used for opening and closing of the valve. Easy to fit, these valves are fundamentally used in entire industrial catalog. Moreover, post production these Two Way Ball Valves undergo stringent quality check to ensure flawlessness.

Special Alternatives:

Developed Bonnet Sort
Incomplete/Complete Jacketed Ball Valve
Handle Protection System
P.T.F.E. (FEP/PFA) Seamed Ball Valve
Flush Base Plan Ball Valve
Various Port Ball Valve (four And Three Way)
Ball Valve Of Polypropylene Material
Ball Valve Of Tri-Clover End
Pneumatic Turning Actuator Directed Ball Valve
Custom Made Ball Valve

Technical Details:

Special Features:

Low Pressure Drop

No Lubrication

Close Indication Simplicity

High Performance Ball Valve

Positive Shut off

Quick in Action

Material of Construction:
End Connection	Screwed AS PER BSP/BSPT/NPT
Cast Carbon Steel	ASTM A 216 Gr WCB
Cast Stainless Steel	ASTM A 351 Gr CF 8/CF 8M
Size Range	6 mm to 150 mm
Socketweld	AS PER ANSI B 16.11
Cast Iron	IS 210 Gr FG 200
Pressure Rating	ASA 125#, 150#, 800#
Engineering Option	Gear Operated, Electrical Actuated, Pneumatic Actuated
Flanged	AS PER ANSI B 16.5

Design & Testing International Standard:
Screwed End	ANSI B 1.20.1(BSP/NPT)
Butt Weld End	ANSI B 16.25
Face To Face	ANSI B 16.10
Pressure Testing	BS 6755 Part II / API 598 / API 6D
Valve Design	BS 5351 / ANSI B 16.34 / API 6D
Flange Drilling	ANSI B 16.5 / BS 10 Table / DIN / IS 6392
Socket Weld End	ANSI B 16.11
Fire Safe Testing	BS 6755 Part II API 607 / API 6FA /

Robust Design and Reliable Operation

Constructed with a split body and full bore flow path, these valves ensure minimal pressure drop and a robust, leak-proof seal. The PTFE seat material offers chemical resistance and durability, making them suitable for aggressive and high-temperature media. Their long service life and reliable performance reduce maintenance needs and operational costs.

Versatile Application and Quality Assurance

These ball valves comply with ANSI, DIN, and JIS flange standards, making them adaptable across various industrial systems. Each valve undergoes rigorous API 598 testing to ensure Class VI leakage performance. With their ISO standard mounting and polished finish, they are both easy to install and maintain, suitable for water, oil, gas, and steam up to 180C.

FAQs of Two Way Ball Valves:

Q: How should a full bore two way ball valve with flanged ends be installed?

A: Installation involves aligning the flange ends of the valve with the corresponding pipe flanges, ensuring the gasket is in place, and securing the connection with appropriate bolts. ISO standard mounting facilitates compatibility with actuators if needed.

Q: What are the main benefits of electropolished stainless steel for these ball valves?

A: An electropolished finish enhances corrosion resistance, provides a smoother surface to reduce buildup, and improves hygiene, making the valve ideal for critical industrial and chemical environments.

Q: When should I choose a split body, lever-operated ball valve for my application?

A: A split body, lever-operated valve is ideal when frequent maintenance or inspection is required, as the design allows easy access to internal components. Lever operation ensures quick and precise quarter-turn control for immediate shutoff or flow adjustments.

Q: Where can these full bore ball valves be utilized?

A: These valves are suitable for a wide range of applications, including industrial processes, chemical plants, water treatment facilities, and steam systems, where reliable, leak-tight shutoff and compatibility with water, oil, gas, or steam are essential.

Q: What is the process for testing these valves according to API 598?

A: Each valve undergoes pressure and leakage tests specified by API 598, ensuring reliable performance and compliance with Class VI leakage standards before dispatch.

Q: How does the unobstructed straight flow characteristic benefit system performance?

A: The full bore design ensures minimal pressure loss and allows media to pass through without obstruction, improving flow efficiency and reducing wear within your piping system.

Q: What is the maximum operational pressure and temperature for these valves?

A: These ball valves handle pressures up to 16 bar and media temperatures up to 180C, making them suitable for demanding industrial, chemical, and water supply applications.