Graphite Vanes for Vacuum Pumps
Precision Carbon Vanes for Efficient Oil-Free Vacuum Pump Operation
Self-lubricating carbon graphite vanes engineered for efficient oil-free vacuum pump operation. Designed for smooth sliding performance, reduced wear, and stable dry-running reliability in clean industrial environments.
Enables oil-free pump operation
Self-lubricating properties
High-temperature resistance
Long wear and service life
Built for Performance. Designed for Reliability.
Self-Lubricating Operation
Forms a natural carbon film for smooth sliding movement.
Low Friction Performance
Reduces wear on vanes and internal pump surfaces.
Reliable Vacuum Sealing
Maintains tight contact with the pump cylinder walls.
High Wear Resistance
Handles continuous mechanical stress during long operation.
Dimensional Stability
Maintains shape under heat, pressure, and load.
Consistent Pump Efficiency
Supports stable and efficient vacuum generation.
Performance and Reliability in Every Detail
Product Features
Technical Specifications
Material Grade
Carbon / Graphite Composite
Maximum Temperature
3000°C
Dimensional Tolerance
±0.02 mm
Porosity
< 10%
Wear Resistance
High
Hardness
45–60 Shore
High-grade carbon and graphite material
Precision-machined vane geometry
Self-lubricating dry-running performance
Low friction and wear characteristics
Designed for rotary vane vacuum pumps
Suitable for continuous industrial operation
Available Configurations
Single-stage vacuum pump vanes
Dual-stage pump vanes
OEM pump compatibility
Custom vane dimensions
Custom graphite vane designs
Get in Touch
Start Your Project with
Pure Components
Working Hours
Mon-Sat: 9:00 AM - 5:30 PM IST
Sunday Closed
Precision Graphite Vanes Built for Reliable Vacuum Pump Operation
Pure Component Pvt Ltd manufactures high-performance graphite vanes designed for dry-running rotary vane vacuum pumps used in industrial systems. Made from high-grade carbon and graphite materials, these vanes provide excellent wear resistance, dimensional stability, and consistent sealing performance.
They form a natural lubricating carbon film during operation, enabling smooth rotor movement and reliable vacuum generation.