Weight Chart for Valve Fittings

Introduction

Mcneil Instruments is a leading name in the manufacturing and supply of high-quality valve fittings that cater to diverse industrial applications. With a focus on precision engineering and stringent quality standards, we have built a reputation for delivering durable and efficient solutions. Our valve fittings are designed to handle high-pressure and high-temperature conditions, ensuring reliable performance in demanding environments.

At Mcneil, we understand the critical role of valves in maintaining fluid control, safety, and operational efficiency. Whether it’s for oil and gas, petrochemical, or industrial processes, our range of valve fittings ensures compatibility, durability, and exceptional performance. Below, you’ll find detailed weight charts and specifications for each product, making it easier to choose the right fit for your requirements.

Our product line includes manifold valves, needle valves, ball valves, and more, all crafted with the highest standards of precision and reliability. With Mcneil, you not only receive superior products but also access to technical expertise and customer support that sets us apart.

Weight Chart for Valve Fittings

  • Manifold Valve: Manifold valves are versatile fittings used to connect multiple valves to a single pressure line, reducing installation time and ensuring efficient fluid control.
Valve TypeConnection SizeMaterialWeight (kg/unit)
2-Way Manifold1/2″ NPTStainless Steel2.5
3-Way Manifold1/2″ NPTStainless Steel3.0
5-Way Manifold1/2″ NPTStainless Steel4.5

 

  • Needle Valve: Needle valves offer precise flow control, making them ideal for applications requiring fine adjustments in pressure and fluid flow.
Valve TypeConnection SizeMaterialWeight (kg/unit)
Standard Needle1/4″ NPTBrass0.8
High-Pressure1/2″ NPTStainless Steel1.2
Mini Needle1/8″ NPTCarbon Steel0.5

 

  • Ball Valve: Ball valves ensure quick shut-off and reliable sealing, making them suitable for high-pressure and high-temperature applications.
Valve TypeConnection SizeMaterialWeight (kg/unit)
1-Piece Ball1/4″ NPTStainless Steel1.5
2-Piece Ball1/2″ NPTBrass2.0
3-Piece Ball1″ NPTCarbon Steel4.0

 

  • Check Valve: Check valves allow unidirectional fluid flow, preventing backflow and ensuring system safety and efficiency.
Valve TypeConnection SizeMaterialWeight (kg/unit)
Inline Check1/2″ NPTStainless Steel0.9
Wafer Check3/4″ NPTBrass1.2
Swing Check1″ NPTCarbon Steel3.5

 

Valve TypeConnection SizeMaterialWeight (kg/unit)
Standard Globe1/2″ NPTStainless Steel3.2
High-Pressure3/4″ NPTBrass4.5

 

  • Gate Instrumentation Valve: Gate valves are ideal for on-off control in pipelines, ensuring minimal fluid resistance when fully open.
Valve TypeConnection SizeMaterialWeight (kg/unit)
Rising Stem1″ NPTStainless Steel5.0
Non-Rising Stem1/2″ NPTCarbon Steel4.2

 

  • Block Bleed Valve: Block bleed valves are used to isolate pressure gauges, transmitters, or switches during maintenance.
Valve TypeConnection SizeMaterialWeight (kg/unit)
Double Block1/2″ NPTStainless Steel2.8
Single Block1/4″ NPTBrass1.8

 

  • Gauge Cock Valve: Gauge cock valves provide a simple mechanism to control the flow of fluids in and out of a gauge.
Valve TypeConnection SizeMaterialWeight (kg/unit)
Standard Cock1/4″ NPTStainless Steel0.7
Mini Cock1/8″ NPTBrass0.5

Conclusion

Mcneil Instruments stands out for its premium range of valve fittings, engineered to meet the most demanding industrial standards. Our weight charts provide detailed insights into the material specifications, sizes, and weights, allowing you to make informed decisions tailored to your project requirements.

Valve fittings play a crucial role in maintaining the safety, efficiency, and performance of industrial systems. By choosing Mcneil Instruments, you benefit from unparalleled quality, durability, and reliability. Contact us today for customized solutions that cater to your specific needs!

Why Valve Fittings Weight Charts Are Important

Weight charts for valve fittings play a crucial role in ensuring smooth operations and decision-making in various industries. Here’s why they are important:

  1. Accurate Planning: Helps in designing pipelines and systems by knowing the exact weight of each fitting.
  2. Cost Management: Provides clarity on material costs and transportation expenses.
  3. Structural Safety: Ensures that the fittings meet load-bearing and operational requirements.
  4. Easy Comparisons: Allows quick evaluation between different types of fittings to select the most suitable one.

By referencing weight charts, industries can achieve better efficiency, cost savings, and safety in their operations.