The MB Roots blower features an integrally cast rotor and shaft, resulting in exceptional structural rigidity and reliability. This eliminates rotor displacement under heavy load, enhances mechanical stability, and extends service life in high-pressure environments.
Using anti-sticking surface treatment and piston ring sealing structures, this blower ensures excellent air-tightness with minimal internal leakage. It achieves higher energy efficiency and clean air output, making it suitable for industries with strict air purity requirements.
Equipped with a high-efficiency oil pan design, the MB Series utilizes aluminum alloy casting for superior thermal conductivity. This air-cooling system supports pressure levels up to 103 kPa without requiring external water cooling, greatly simplifying installation and reducing operational costs.
The MB blower housing is designed to support both horizontal and vertical mounting, making it fully compatible with most international Roots blower models. This facilitates quick replacement and reduces downtime during equipment upgrades.
| Parameter | Value |
|---|---|
| Flow Rate (Roots Blower) | 2.6 – 90.3 m³/min |
| Pressure Rise | 9.8 – 103 kPa |
| Flow Rate (Dry Vacuum Pump) | 2.3 – 90.5 m³/min |
| Vacuum Degree (Dry Pump) | -9.8 to -49 kPa |
| Cooling Method | Air-cooled (No water required) |
| Shaft-Rotor Design | One-piece casting |
| Main Seal Type | Piston ring and anti-stick seal |
The MB Series Roots Blower is widely adopted across industrial sectors that demand high-pressure oil-free air, especially:
With its robust structure, quiet operation, and maintenance-friendly design, the MB Series is a trusted solution for long-term, continuous operation in mission-critical environments.
Looking for a durable, energy-efficient, and oil-free industrial blower? Reach out to our technical support team today to get catalogs, performance curves, 3D models, or a custom quotation for your project. We're here to help your system run better—with clean air, powerful flow, and dependable service.