Bulk Material Pneumatic Conveying & Process Handling
The Challenge
Reliable Material Flow Starts Long Before the Blower Turns On
Many conveying systems struggle with plugged piping, excessive wear, material degradation, inconsistent feed rates, or unnecessary maintenance.
These problems usually begin during system design.
Why Conveying Systems Fail
- Every material behaves differently.
- Bulk density.
- Particle size.
- Moisture.
- Shape.
- Conveying velocity.
- Pipe diameter.
- Routing.
Even one incorrect design decision can affect the entire system.
Our Engineering Approach
| We Evaluate | Why It Matters |
| Material characteristics | Density, particle size, moisture, and shape determine conveying performance. |
| Conveying distance | Influences blower selection and system pressure requirements. |
| Elevation changes | Affects air velocity and material movement. |
| Pipe routing | Reduces plugging, wear, and pressure losses. |
| Conveying velocity | Prevents product degradation while maintaining reliable transport. |
| Future production needs | Allows expansion without major system redesign. |
Typical Solutions
| Solution | Typical Applications |
| Dilute Phase Conveying | Most dry bulk materials |
| Dense Phase Conveying | Fragile or abrasive materials |
| Storage & Transfer Systems | Process integration |
| Rotary Airlocks & Feeders | Controlled material introduction |
| Custom Controls | Automated conveying operations |
| Complete Conveying Systems | Turnkey material handling solutions |
Looking for Equipment Details?
View Pneumatic ConveyorsNot Sure Which Solution Fits Your Application?
Manufacturing challenges don't always fit neatly into a single category. Many of our customers aren't sure where to start and we can help with that. We can evaluate your process, identify the underlying cause, and recommend a solution designed around your operation—not a standard product.
