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Control Valve

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MOQ : 100 Units

Control Valve Specification

Temperature Range
-10C to +80C

Sealing Type
Soft Seated

Tensile Strength
300 MPa

Bend Radius
Fixed

Flexibility
Rigid

Yield Strength
210 MPa

Connection Type
Flange End

Tolerance
1% of full scale

Diameter
100 mm

Coating Type
Powder Coated

Product Type
Control Valve

Material
Cast Iron

Connection
Flanged

Shape
Round

Standard
ISO 5211 / DIN / ANSI

Surface Treatment
Epoxy Coated

Outer Diameter
110 mm

Section Shape
Cylindrical

Length
220 mm

Thickness
6 mm

Color
Blue

Usage
Fluid Flow Regulation

Rated Pressure
PN16

Material Grade
FG 260

Application
Water, Oil, Gas Pipelines

Seat Material
EPDM Rubber

Mounting Orientation
Horizontal/Vertical

Operation Temperature
Up to 80C

Leakage Rate
Class VI

Media Compatibility
Non-corrosive Fluids

Test Pressure
24 bar (Hydrostatic)

End Connection
Drilled as per ANSI B16.5

Actuator Type
Handwheel

Design Pressure
16 bar

Body Material
Cast Iron

Disc Material
Stainless Steel

Handle Type
Wheel Type

Flow Characteristic
Linear

Working Medium
Water, Oil, Gas

Packing Material
PTFE

Body Coating Thickness
120 microns

Face to Face Standard
EN 558

Bonnet Type
Bolted

Stem Material
Stainless Steel AISI 410

Port Size
100 mm

Valve Operation
Manual

Control Valve Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Control Valve

This popular Control Valve commands attention in the fluid regulation sector and is now available with a special price cut for in-demand customers. Built with top-notch cast iron body and potent stainless steel disc, it's engineered for reliability in water, oil, and gas pipelines. Its potent manual handwheel actuator ensures precise operation, while the robust EPDM seat guarantees Class VI leakage prevention. Designed to international standards with flanged ends, epoxy coating, and 24 bar hydrostatic test pressure, this valve serves demanding applications with confidence and performance.

Versatility in Fluid Flow Regulation

The Control Valve is widely used for regulating the flow of water, oil, and gas. Trusted by industrial operators and pipeline maintenance teams, it is primarily deployed at sites such as refineries, water treatment plants, industrial units, and municipal supply lines. Its flexibility for horizontal and vertical installations makes it suitable for diverse applications where dependable and precise flow management is essential.

Reliable Supply and Shipping Process

We maintain a reliable supply ability with the prompt dispatch of Control Valves from our facilities in India. Orders are securely packaged to ensure safety in transit and minimize risk of damage. With shipping available via multiple FOB ports, customers benefit from rapid delivery and efficient logistics. Each order is handled with care, ensuring our clients receive quality products intact, on time, and ready for immediate installation.

FAQ's of Control Valve:

Q: How is the Control Valve operated and what mechanism does it use?

A: The Control Valve is manually operated using a handwheel actuator, enabling precise adjustment of the valve position for accurate flow regulation.

Q: What fluids can this Control Valve handle safely?

A: This valve is compatible with non-corrosive fluids, specifically water, oil, and gas, making it ideal for a wide range of pipeline applications.

Q: Where can this Control Valve be installed?

A: The valve can be mounted in both horizontal and vertical orientations, suiting installation at refineries, water treatment facilities, industrial units, and municipal pipelines.

Q: What is the standard packaging and shipping process?

A: Control Valves are securely packaged for safe transit and promptly dispatched from our Indian facilities, with delivery available through recognized FOB ports for your convenience.

Q: What benefits does the Class VI leakage rating provide?

A: A Class VI leakage rating assures minimal fluid loss and optimal sealing performance, enhancing both operational reliability and environmental safety in critical fluid control applications.

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