SHS32 Fully Electric Sand Blending Skid
Integrated equipment for liquid supply and sand blending, achieving the integration of liquid supply pump and sand blending system, with a maximum flow rate of 32m2/min;
Product introduction
Driven by a 380V motor, the distribution cabinet and equipment are integrated into a skid, with a compact structure and small volume
Meet the needs of both sand and water pumping operations, with a max. sand transporting capacity of 7.5m2/min, the sand content can reach 30% at 20m2/min
Key features
Short factual bullets extracted from the source text.
- Blending method should match the planned proppant feed rate.
- Electric control is useful when the spread is designed for coordinated operation.
- Mounting type affects transport count and site preparation time.
- Dust handling and discharge stability matter in long fracturing runs.
- Driven by a 380V motor, the distribution cabinet and equipment are integrated into a skid, with a compact structure and small volume.
Application
Used for proppant blending and conveying in fracturing spreads where a stable sand path is needed
Product parameters
| Parameter | Unit | Value |
|---|---|---|
| Model | - | SHS32 Fully Electric Sand Blending Skid |
| Series Code | - | 32 |
| Equipment Type | - | Sand blending unit |
| Mounting Type | - | Skid-mounted |
| Blending System | - | Model dependent |
| Sand Conveying | - | Electric conveying package |
| Control Mode | - | Electric control package |
| Duty Mode | - | Continuous proppant supply |
| Application | - | Proppant mixing and conveying |
| Key Advantage | - | Supports stable sand delivery for fracturing spreads |
What buyers check before shortlist
Practical points that help compare this model family with the site condition and installation plan.
- SHS32 Fully Electric Sand Blending Skid should be matched to the sand feed path, silo arrangement, and unloading control.
- SHS32 Fully Electric Sand Blending Skid needs lifting plan, tie-in work, and pad space checked together.
- Integrated equipment for liquid supply and sand blending, achieving the integration of liquid supply pump and sand blending system, with a maximum flow rate of 32m2/min;
How to read this model
A short buyer-oriented note for the models that otherwise read too thin.
SHS32 Fully Electric Sand Blending Skid is intended for long operating windows, so power source and duty cycle are the main decision points.
The buyer will usually compare how the unit fits the spread, how it keeps output stable, and how the control chain is arranged.
A continuous-duty package should read as an operating system, not just as an electric drive label.
Mounting style, tie-in path, and field access still matter because the unit has to live inside a working fracturing spread.
The page should say whether the setup is designed for extended output or for a tighter compact spread with less idle time.
How buyers should read this model
A tighter reading guide for shorter product pages.
SHS32 Fully Electric Sand Blending Skid should be checked on pressure class, displacement, and the pumping chain before the buyer looks at secondary features.
Electric drive, skid mounting, and trailer mounting change the logistics of a spread as much as they change the power source.
A practical page tells the buyer whether the unit is better suited to continuous duty, field mobility, or large-scale pressure work.
The same family name can cover a very different field spread, so the buyer should compare power, transport, and service rhythm at the same time.
If the package includes a sand or mixing chain, that path should be read together with the pressure side instead of in isolation.
The buyer also needs to know whether the spread is intended for a compact job or for a longer multi-machine operation.
Power density, control layout, and field access can change the real value of the package more than the headline series code.
If the unit is paired with a manifold or mixing system, the page should make that relationship obvious before the model list gets too long.
If the spread uses multiple machines, the page should explain how this unit fits the rest of the line rather than standing alone.
A buyer will also compare service rhythm, because long jobs make maintenance access a bigger issue than the headline output.
The layout should show whether the package is meant for compact mobilization or for a longer coordinated fleet.
That distinction matters when the job window is tight and the crew needs repeatable setup steps.
Related reading
Move from the model page to the guidance that explains the same buying family.
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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.
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