Needle Valves Gauges

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Needle Valves Gauges Specification

Glass Size
63 mm

Thread
1/4 NPT (other sizes on request)

Display
Analog Dial

Bourdon Tube
Stainless Steel (C-Type, helical, or spiral)

Sensor Type
Pressure Gauge with Needle Valve

Case
Stainless Steel (SS304/SS316)

Measuring Range
0 to 10000 psi (custom ranges available)

Outer Size
Standard size: 2.5 inches (63 mm) dia. (other sizes optional)

Material
Stainless Steel SS304/SS316

Working Presssure
Up to 10000 psi

Seal Material
PTFE or Viton (optional)

Grade
Industrial Grade

Application
Suitable for pipelines, hydraulic systems, test benches, and general industrial use

Accuracy
1.6% FSD

Handle Type
T-bar or knurled (as per requirement)

Connection Type
Male x Female, Female x Female, or as specified

Surface Finish
Electropolished / Natural

Leakage
Bubble-tight shutoff

End Connection
Screwed/Threaded, BSP/ NPT/ Metric optional

Mounting Type
Panel mount or direct mount

Pressure Relief
Optional integrated pressure relief available

Temperature Range
-20°C to +80°C

Stem Type
Non-rotating, tip hardened for high-pressure durability

Needle Valves Gauges Trade Information

Minimum Order Quantity
25 Number

Supply Ability
100 Per Week

Delivery Time
10-15 Days

About Needle Valves Gauges

Backed with immense domain expertise, we are able to offer fine grade Needle Valves. Having small port threaded and needle shaped plunger, the provided valves allow precise regulation of low flow applications. The offered valves are widely used for controlling the flow of water, gases and other types of liquids. Using premium quality raw materials, these Needle Valves are manufactured by adept team of professionals.

Features:

Convenient installation
Abrasion resistance
Easy to use
Rugged design

Versatile Connection and Mounting Options

Needle valve gauges are tailored to suit various installations with Male x Female, Female x Female, or other specified connections. Mounting flexibility allows for both panel and direct mounting, adapting well to different environments. With threaded end connections in BSP, NPT, and Metric variants, these gauges integrate seamlessly into a wide range of piping and hydraulic systems.

Precision and Durability in High-Pressure Environments

Each gauge features a non-rotating, tip-hardened stem for extended service under high pressures. The combination of a stainless steel body, PTFE or Viton seal options, and electropolished or natural surface finish ensures superior corrosion resistance and long-lasting performance in challenging industrial scenarios. The analog dial is clear, accurate (1.6% FSD), and available in standard or custom sizes for enhanced readability.

FAQs of Needle Valves Gauges:

Q: How do I select the correct connection type for my application?

A: Choosing the proper connection type depends on your existing systems specifications. These needle valve gauges support Male x Female, Female x Female, and custom configurations, with threading options including BSP, NPT, and Metric. Confirm compatibility with your pipeline or hydraulic system for a secure fit.

Q: What is the typical process for mounting these needle valve gauges?

A: You can mount these gauges either directly or via a panel, depending on your installation requirements. Both mounting styles are straightforward, facilitated by the standard threaded end connections and compact 2.5-inch (63 mm) size.

Q: Where can these gauges be used effectively?

A: These industrial-grade needle valve gauges are suitable for pipelines, hydraulic systems, test benches, and various general industrial applications, providing accurate and reliable pressure measurement and control.

Q: What are the benefits of using a non-rotating tip-hardened stem?

A: A non-rotating, tip-hardened stem minimizes wear, resists deformation under high-pressure operation, and ensures a tight, bubble-free shutoff, contributing to long service life and minimal maintenance.

Q: When should I consider the integrated pressure relief option?

A: Integrated pressure relief is beneficial in applications where sudden pressure spikes could occur, helping to protect both the gauge and connected systems from potential overpressure events.