Drilling Fluid Manifolds
3"-5” 70Mpa drilling fluid manifolds are available, meeting the complete rig manifold requirements. Our self-developed 5" 70Mpa drilling fluid manifolds can meet the service...
Product introduction
3"-5” 70Mpa drilling fluid manifolds are available, meeting the complete rig manifold requirements
Our self-developed 5" 70Mpa drilling fluid manifolds can meet the service requirements for high pressure and high displacement of deep well drilling rigs
Our low temperature drilling fluid manifolds can meet the operation requirements at as low as -46°C in extreme cold areas like Russia
Key features
Short factual bullets extracted from the source text.
- The remote control of gro und manifold valves can reduce the labor intensity and safety risk
- 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
Used for fracturing line control, flow routing, and pressure isolation
Product parameters
| Parameter | Unit | Value |
|---|---|---|
| Model | - | Drilling Fluid Manifolds |
| Series Code | - | Model dependent |
| Equipment Type | - | Drilling-fluid manifold |
| Mounting Type | - | Model dependent |
| Pressure Class | MPa | Model dependent |
| Flow Path | - | Drilling-fluid circulation |
| Connection Type | - | Model dependent |
| Service Function | - | Fluid routing and circulation control |
| Application | - | Rig-site drilling-fluid service |
| Key Advantage | - | Fits the circulation chain without extra handling |
What buyers check before shortlist
Practical points that help compare this model family with the site condition and installation plan.
- Drilling Fluid Manifolds is usually compared on pressure class, bore size, and connection standard.
- 3"-5” 70Mpa drilling fluid manifolds are available, meeting the complete rig manifold requirements.
- Our self-developed 5" 70Mpa drilling fluid manifolds can meet the service requirements for high pressure and high displacement of deep well drilling rigs.
How to read this model
A short buyer-oriented note for the models that otherwise read too thin.
Drilling Fluid Manifolds should keep the main operating condition visible, because buyers need to see how the model fits the site before they compare numbers.
The parameter table or source image should be read together with the application section, not as a standalone block.
A good product page tells the buyer what problem the unit solves, what it must fit, and which limits matter most.
How buyers should read this model
A tighter reading guide for shorter product pages.
Drilling Fluid Manifolds 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.
Related reading
Move from the model page to the guidance that explains the same buying family.
High Pressure Fluid Control Products
Back to the category guide
NewsWhy high-pressure manifolds need clear control logic
Remote control, local control, and interlock design reduce risk during high-pressure operations.
FAQHow do I choose the right model?
Start from the working condition, target capacity, mounting type, and control preference. Then compare the category-specific fields on the product page before asking for a quotation.
Related products
Same category options and adjacent use cases.
Tell us the operating condition, target output, or installation constraint and we will point to the matching model.
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