Composite Rotor Vanes for Air Motors and Vacuum Pumps
High-performance composite rotor vanes designed for pneumatic motors, compressors, and vacuum pumps. Backed by decades of material expertise and precision manufacturing, our vane solutions deliver superior durability, efficiency, and operational reliability.
Why Choose Our Composite Vanes?
Rotor vanes operate under continuous mechanical, thermal, and tribological stress. These components operate in eccentric rotor systems where vanes continuously slide, seal, and transfer pressure and fluid. Our engineered composites are optimized to meet critical customer requirements:
- High dimensional stability for consistent rotary sealing
- Excellent mechanical strength for high mechanical stresses
- Low friction coefficients for high energy efficiency
- High thermal resistance for higher temperature applications
- Low wear behavior for long service life
- Tailored solutions for lubrication conditions for oil-free, drop-lubricated, flood-lubricated
APPLICATION EXPERTISE
AIR MOTORS & PNEUMATIC DRIVES
- Industrial pneumatic motors
- Assembly tools and medical devices
- Compressed air drives
VACUUM PUMPS & COMPRESSORS
- Rotary vane vacuum pumps
- Industrial and agricultural pumps
- Dairy and water pumps
- General industrial vacuum systems
Rotor Vane Products
We fabricate rotor vanes using advanced composite laminates tailored to each application. The chart below illustrates our line of Aramid-Based Composites featuring low friction, high thermal allrounder and excellent wear performance.
Advantages of partnering with The Gund Company and VRI Composites
- Decades of application experience
- Proven references across multiple industries
- The European market leader
- Material selection and engineering support
- Full-service from prototyping to serial production
Get the Right Material for Your Application
Whether you are optimizing an existing system or designing a new one, our experts will help you select the ideal rotor vane material.
Contact us today and send your drawings for evaluation and prototyping.