High Pressure Fluid Control Products

175Mpa Large Size Remote Controlled Fracturing Manifold Device

Automatic control of interlock between plug valves and fracturing truck. Reduce risk and labor intensity. High-pressure manifolds for conventional and unconventional oil and...

175Mpa Large Size Remote Controlled Fracturing Manifold Device
Overview

Product introduction

Automatic control of interlock between plug valves and fracturing truck

Reduce risk and labor intensity

High-pressure manifolds for conventional and unconventional oil and gas fracturing operation, widely used in global oil and gas fields

Features

Key features

Short factual bullets extracted from the source text.

  • 3 "7-1/16 series fracturing manifolds for high-pressure and large displacement fracturing operations for shale gas and oil development
  • Pressure class and bore size are the first fit checks.
  • Remote control helps reduce exposure during high-pressure switching.
  • Connection style needs to match the existing field standard.
  • Routing logic matters as much as the metal body itself.

Application

High PressureRemote Control

We have developed 3" to 7-1/16" series high pressure fracturing manifolds for conventional and non-conventional fracturing operations for shale gas and shale oil, providing integrated solution for large-scalefracturing manifolds.

Parameters

Product Parameters

175Mpa Large Size Remote Controlled Fracturing Manifold Device parameter data
TypeMainboreQtyof passagesPressureratingSizeofbypassDisplacement
Uniontype3”(69.8mm)2/3105/140MPa/175MPa2"/3"Combined18m/min
4”(89.7mm)2105MPa2"/3"
41/16”(103mm)2105/140MPa3"Max. 27m/min
Flangetype5 1/8”(130mm)1105MPa3"
71/16”(180mm)105/140MPa/175MPa3"
Selection

What buyers check before shortlist

Practical points that help compare this model family with the site condition and installation plan.

Comparison note

How buyers should read this model

A tighter reading guide for shorter product pages.

175Mpa Large Size Remote Controlled Fracturing Manifold Device should be read as a pressure-control assembly, so bore size, connection type, and control mode need to stay in the same frame.

The key question is whether the package fits the manifold or wellhead system without forcing rework on the field layout.

The buyer also needs a clear view of the service medium and pressure class before comparing similar products.

A good page also explains whether the assembly is intended for switching, isolation, testing, or high-pressure routing work.

Connection standards and control logic matter because they determine how easily the unit fits the rest of the spread.

For a buyer, the most useful check is whether the assembly can connect to the existing line plan without changing the field sequence.

A short note about how the valve or manifold behaves under repeated pressure cycles is often more useful than a broad sales claim.

If the line has remote control or quick plug-in features, the page should make the operating sequence obvious rather than just naming the hardware.

A pressure-control buyer also wants to see whether maintenance access and line marking stay practical after installation.

The page should leave no doubt about which standard the connection follows, because that usually decides compatibility first.

High-pressure routing is easier to trust when the page explains both flow direction and isolation logic in plain terms.

Repeated switching, pressure cycling, and line reconfiguration are the details that separate a usable field assembly from a generic manifold photo.

Selection resources

Related reading

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Related

Related products

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