Single Gauge Manifold Valve

Name: Single Gauge Manifold Valve
Brand: GP ENTERPRISE
Price: 150 INR
Availability: InStock

Price 150 INR/ Piece

Get a Price/Quote

MOQ : 100 Pieces

Single Gauge Manifold Valve Specification

Shape
Forged

Head Code
Round

Surface Treatment
Nitric finish

With Rings
No

Working Mediums
HCFC, HFC

Material
Brass Forged

Usage/Application
Industrial

End Connection Size
1/4 inch

Number of Ports
2 Way

Color
Silver

Packaging Type
Box and polythene

Valve Type
Gauge valve

Thread Standard
UNF

Seal Material
NBR

Maximum Pressure
2000 psi

Type
Analog

Body Rating Class
PN40

Connection Type
Male Thread

Port Type
Needle

Corrosion Resistance
Yes

Pressure Rating
2000 PSI

Single Gauge Manifold Valve Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
10000 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Single Gauge Manifold Valve

Buy Online our grandiose Single Gauge Manifold Valve, expertly designed for valuable industrial applications. Constructed from high-quality forged brass with corrosion resistance and a nitric finish, this analog valve offers terrific performance and reliability. With a robust pressure rating of 2000 PSI and a precision needle port, it ensures accurate control with its 2-way, 1/4 inch male UNF threaded connections. Ideal for use with HCFC and HFC mediums, this clearance item is the preferred choice for exporters, manufacturers, and suppliers across India. Access premium engineering now!

Single Gauge Manifold Valve: Specific Use and Applications

The Single Gauge Manifold Valve serves as a vital component in various industrial systems, particularly those utilizing HCFC and HFC working mediums. Its general use extends to measuring and regulating pressure within refrigeration, air-conditioning, and other process plants. Its versatile design makes it suitable for both assembly lines and maintenance sites, facilitating accurate operational monitoring. From factories to specialized service centers, this valve is engineered to handle demanding site applications efficiently and reliably.

Packaging, Market Reach, and Quotation Policy

Each Single Gauge Manifold Valve is individually packaged in robust boxes with polythene wrapping, ensuring safe, damage-free delivery during packing and dispatch. Our comprehensive packaging supports both bulk and single unit orders for prompt distribution across the main domestic markets of India. For those seeking samples, we offer a clear sample policy upon request and provide competitive quotation options to suit your procurement needs. Enquire now for tailored dispatch and pricing details.

FAQ's of Single Gauge Manifold Valve:

Q: How is the Single Gauge Manifold Valve installed within industrial systems?

A: The valve features a 1/4 inch male UNF threaded connection, making installation straightforward in compatible industrial pipelines using standard fittings and tools.

Q: What is the main benefit of using a forged brass valve with nitric finish?

A: Forged brass combined with a nitric finish enhances durability and offers excellent corrosion resistance, ensuring longer operational life and reduced maintenance in harsh environments.

Q: Where can this valve be most effectively applied?

A: This manifold valve is ideal for refrigeration, air-conditioning, and other industrial settings where precise pressure control of HCFC or HFC mediums is necessary.

Q: What is the process for obtaining a sample or quotation for bulk orders?

A: You can request a sample or quotation by contacting our sales team. We provide structured quotations tailored to your specific quantity and usage requirements.

Q: When should the valve be replaced or maintained?

A: Regular inspections are recommended as per your facility's maintenance schedule, especially if pressure regulation performance declines or leakage is observed.

Q: How does the valve's design support valuable operational efficiency?

A: Its 2-way needle port type and high-quality brass construction deliver precise control, reduce downtime, and enhance safety, contributing to grandiose operational efficiency.

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