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Pipe Line Valve

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Pipe Line Valve Specification

Features
Corrosion resistant, Easy Operation, Robust Construction

Material
Cast Iron, Stainless Steel, Carbon Steel

Control System
Manual Lever/Wheel Operated

Valve Type
Gate, Globe, Ball, Check Valve

Connection Type
Flanged, Screwed, Socket Weld

Structure
Full Bore, Flanged Ends

Sealing
PTFE/Gasket/Metal Seated

Application
Industrial pipeline systems, Water, Oil, Gas, and Steam flow control

Type
Pipeline Valve

Power
Manual

Pressure
PN16/PN25/Class 150

Media
Water, Oil, Gas, Steam

Port Size
1/2 inch to 12 inch

Disc
Stainless Steel, Ductile Iron

Pin
Standard

Pipe Line Valve Trade Information

Main Domestic Market
Andhra Pradesh, Karnataka, Kerala, Tamil Nadu

About Pipe Line Valve

Pipe Line Valve

Appreciated due to its striking features, this Pipe Line Valve is widely used in numerous industries to regulate & control the flow of various gases and liquid. Professionals serving our vendors manufacture this valve in compliance with international standards with the help of well tested raw materials and the latest technology. Also, this Pipe Line Valve is rigorously checked on various quality parameters by our procuring agents in order to maintain the quality and avoid any kinds of flaw.

Features:

Ability to withstand high pressure
Easy to install
Rust resistance
Rugged design

Gun Metal Valves

Gate Valves, Globe Valve, Safety Valve, Check Valve, Steam Trap, Union Bonnet Steam Valve, Foot Valve
Size: 1/2" To 3"
Connection: Threaded, Flanged,
Pressure: 0 to 25 kg/cm²
Make: Pilot, Aurum, Elems

Gate Valve

BS 1414/BS 5352/API 600/API 602/ API 6 D/A SME B 16 - 34 / ADI 598

Stainless Steel (Bar Stock)

Rating: 150#/300#
Size: 8mm to 100mm

Forged Carbon Steel / S. Steel

Rating: 150#/300#/800#/1500#
Size: 25mm to 600mm

Cast Carbon Steel/S. Steel/Alloy Steel

Rating: 150#/300#/800#/900#
Size: 25mm to 600mm

Cast Iron

Rating: 125# /150#
Size: 25mm to 600mm

Forged Iron Cast Iron

Pressure/Tem
Rating ANSI B 16.34/API 6D ANSI B 16.34
Design (Std) API 602 / BS 5352 API 600 / API 6D
Test (Std) API 598 / BS 6755 API 598 / API 6D

Non Return Valve

BS 6755/BS 1868/ ASME B 16.34 API 6D

Stainless Steel (Bar Stock)

Rating: 150#/300#
Size: 8mm to 100mm

Forged Carbon Steel / S. Steel

Rating: 150#/300#/800#/1500#
Size: 15mm to 50mm

Cast Carbon Steel/S. Steel/Alloy Steel

Rating: 150#/300#/800#/900#
Size: 25mm to 600mm

Cast Iron

Rating: 125# /150#
Size: 25mm to 600mm

Forged Iron Cast Range

Design BS 5352 BS 1868/API 6D
Test BS 6755 BS 6755 / API 6D

Din Globe Valve

BS 6755/BS 1873/ ASME B 16.34/ DIN 3356

Cast Carbon Steel/S. Steel

Rating: PN 40/ PN 64
Size: 25mm to 300mm
Design Std: BS 1873 / DIN 3356
Test: BS 6755

Cast Iron

Rating: PN 10/PN 16
Size: 15mm to 250mm

Butterfly Valves

Materials: CI, SS, PP, Dairy Polished SS
Type: Hand Lever, Gear Operated
Wheel type
Seating: PTFE, EPDM, Nitrile
Disc: CI , SS, PP
Size: 1" to 12"

Wafer Type Check Valve

Carbon steel

Size: 25mm to 600mm
Ends: Wafer Type

Steel

Size: 25mm to 600mm
Ends: Wafer Type

Forged Ball Valve

Forged Carbon Steel / Stainless Steel

Design: 3 PC (BS 5351 / API 609)
Ends: Screwed/Socket Weld
Size: 15mm to 50mm
Test: BS 6755/API 607 / API 6D

Diaphragm Valve

Cast Iron / SS 304

Lining: Natural Rubber / Ebonite
Neoprene / Nitrile
Size: 15mm to 200mm
Ends: Flanged / Triclover

Versatile Application Across Media

Specifically designed to handle water, oil, gas, and steam, our pipeline valves provide trusted flow control for a wide spectrum of industries. From water treatment plants to oil and gas pipelines, these valves deliver efficient performance and safety under varying operational pressures and temperatures.

Robust Manufacturing and Reliable Performance

Constructed from high-grade cast iron, carbon steel, and stainless steel, our valves are built to withstand harsh industrial environments. Their corrosion-resistant surfaces, full bore design, and flanged or threaded ends ensure longevity, easy maintenance, and seamless integration into any pipeline infrastructure.

FAQs of Pipe Line Valve:

Q: How do pipeline valves control the flow in industrial applications?

A: Pipeline valves, such as gate, globe, ball, and check valves, regulate or isolate the flow of media by opening, closing, or partially obstructing pathways within a pipe system. The manual lever or wheel operation allows precise adjustment according to system requirements, ensuring safe and efficient fluid transport.

Q: What types of media can these pipeline valves handle effectively?

A: These valves are engineered to control fluids like water, oil, gas, and steam. Thanks to their robust sealing optionsPTFE, gasket, or metal seatsand high-quality materials, they maintain integrity and performance across these various media.

Q: When is it necessary to use a full bore, flanged end valve in a pipeline?

A: Full bore, flanged end valves are typically used when minimal flow restriction, easy operation, and straightforward maintenance are vital. They are especially suitable for industrial pipelines requiring frequent inspection, cleaning, or where quick assembly and disassembly is essential.

Q: Where can these pipeline valves be installed?

A: These valves can be installed in any industrial pipeline system requiring reliable flow control, including water supply networks, oil and gas transmission lines, and steam distribution in power plants. Their design supports seamless integration with flanged, screwed, or socket weld connections.

Q: What is the process for selecting the right pipeline valve for your application?

A: To choose the appropriate valve, consider the type of media, pressure rating (PN16/PN25/Class 150), required operation method, connection type, and structural material. Consulting with a distributor, manufacturer, or supplier helps ensure you select a valve tailored to your systems specifications.

Q: How does robust construction and corrosion resistance benefit the operator?

A: The use of durable materials and anti-corrosive features ensures long service life and reduced maintenance costs. Operators benefit from reliable performance, less downtime, and enhanced safety, even in challenging industrial environments.

Q: What are the primary usage benefits of a manually operated pipeline valve?

A: Manually operated pipeline valves offer straightforward, immediate control over fluid movement. This enhances operational flexibility and safety, especially during maintenance or emergency situations, without the need for complex automation systems.

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