High Pressure Needle Valve

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MOQ : 1 Unit

High Pressure Needle Valve Specification

Connection
BSP Female

Temperature of Media
-20C to +180C (SS316 typical range)

Application
High-pressure lines, instrumentation, chemical process, hydraulic systems

Structure
Needle Valve

Material
Stainless Steel SS316

Surface Treatment
Polished / Passivated

Pressure
20,000 PSI (Working Pressure)

Dimension (L*W*H)
Approx. 65 x 50 x 25 mm (varies by manufacturer)

Power
Manual

Media

Port Size
1/2 BSP-F

Weight
Approx. 0.6 - 1.2 kg (typical for size and material)

Rotational Turns for Full Open/Close
Approx. 7-8 turns

Flow Direction
Bi-Directional

Packing Material
PTFE or Graphite

Leakage Rate
Bubble-tight shutoff

Seat Type
Metal-to-Metal or PTFE (depending on model)

Handle Type
T-Bar Handle

Testing
Hydrotested at 1.5x rated pressure

Bonnet Type
Integral Bonnet

End Connection
Threaded

High Pressure Needle Valve Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7-14 Days

Main Domestic Market
All India

About High Pressure Needle Valve

Introducing the latest High Pressure Needle Valve, a breathtaking example of engineering built to handle monumental pressure with splendiferous efficiency. Featuring a robust T-Bar Handle, each model offers either a sizzling Metal-to-Metal or PTFE seat for optimal bubble-tight shutoff. The integral bonnet design coupled with bi-directional flow ensures reliable performance, while the SS316 stainless steel construction delivers unmatched durability. Grab this polished, hydrotested solution for your critical air, gas, oil, or water applications and experience performance that exceeds industry standards. Dispatching worldwide from India-exporter, manufacturer, and supplier!

Premium Quality Material and Versatile Applications

Engineered from high-grade SS316 stainless steel, the High Pressure Needle Valve exemplifies durability and excellence. Its monumental construction and polished finish make it suitable for use in challenging environments. This valve is used extensively for high-pressure lines, instrumentation, chemical processing, and hydraulic systems. With a bi-directional flow design, it seamlessly manages air, gas, oil, water, and other compatible fluids, ensuring optimal performance in chemical plants, refineries, laboratories, and more.

Professional Packing, Swift Dispatch & Global Export

Our packing & dispatch process ensures each High Pressure Needle Valve reaches you in pristine condition. With shipment options tailored for swift delivery, we cater to clients across major global export markets. Payment terms are flexible to accommodate bulk orders and long-term partnerships. Typically, delivery time ranges from prompt dispatching within a week to standard international shipment schedules, depending on order volume and destination. Partner with us for reliable solutions delivered on time, every time.

FAQ's of High Pressure Needle Valve:

Q: How does the T-Bar Handle benefit the operation of the High Pressure Needle Valve?

A: The T-Bar Handle provides enhanced grip and control, allowing users to make precise adjustments with approximately 7-8 turns for full open or close, ensuring secure and effortless operation.

Q: What media can be safely used with this needle valve?

A: This valve is suitable for air, gas, oil, water, and other fluids compatible with SS316 stainless steel, providing versatility across numerous industrial applications.

Q: Where can the High Pressure Needle Valve be installed?

A: It is ideal for high-pressure lines, chemical processes, instrumentation systems, and hydraulic systems found in industries like refining, laboratories, and manufacturing facilities.

Q: What testing process is used for quality assurance?

A: Each valve is hydrotested at 1.5 times the rated pressure to guarantee superior performance and leak-tight shutoff in high-pressure environments.

Q: How does the metal-to-metal or PTFE seat design impact valve performance?

A: Metal-to-metal seats offer durability and performance in extreme conditions, while PTFE seats provide additional chemical compatibility and a tighter seal for specific applications.

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