Carbon Bushes
Engineered for reliable performance in rotating and sliding applications where lubrication is limited. Their self-lubricating properties reduce friction, wear and maintenance requirements while maintaining dimensional stability under load.
Wear Resistance
Low friction for extended service life
Performance Range
Performs reliably across a wide range of speeds and loads
Environments
Dry, Submerged, Chemical
Key Benefit
Optimized for minimal energy consumption
Key Applications
Sealing Rings / Mechanical Seals
Engineered for precision and endurance, carbon mechanical seals combine self-lubricating performance with exceptional chemical and thermal stability. Their ability to maintain surface integrity under demanding conditions ensures reliable sealing, extended service life and uncompromised operational efficiency.
Sealing Performance
Reliable face contact under demanding conditions
Lubrication
Self-Lubricating / Dry Running
Thermal Stability
Maintains integrity across a wide range of temperatures
Properties
Chemically Inert, Non-Toxic
Key Applications
Thrust Bearings
Engineered to deliver reliable axial load support under demanding operating conditions. Their self-lubricating structure minimizes friction and wear, ensuring smooth operation even in dry or marginally lubricated environments.
Load Type
Axial Load Capacity
Wear Performance
Low friction and high wear resistance
Operational Stability
Stable under load and temperature variations
Conditions
Dry, Wet, Chemically Aggressive
Key Applications
Carbon Blanks
Carbon blanks are manufactured as high-quality base materials for precision-machined carbon and graphite components. Produced with controlled density, structure and material consistency, they provide a reliable foundation for custom-engineered parts.
Machinability
Suitable for precision custom components
Grades
Available in resin, metal or special impregnated grades
Thermal Stability
Stable performance after machining
Material Consistency
Controlled structure for reliable machining
Key Applications
Steam Joints
Engineered to provide reliable sealing and wear performance in high-temperature steam and rotary applications. Their self-lubricating characteristics reduce friction while maintaining stable contact under thermal cycling and continuous operation.
Steam Compatibility
Designed for high-temperature steam service
Thermal Endurance
Maintains stability under heat cycling
Reliable Sealing
Supports controlled leakage performance
Performance
Reliable under thermal cycling
Key Applications
Segmented Rings
Carbon segmented rings are designed for reliable sealing and controlled leakage performance in rotating and reciprocating equipment. Their precision-machined segments provide effective contact, low friction and excellent wear resistance under demanding operating conditions.
Installation
No shaft dismantling required
Thermal Resistance
Stable performance in high-temperature service
Precision Fit
Machined for accurate segment alignment
Design
Split-ring design for easy replacement
Key Applications
Carbon Vanes
Carbon vanes are precision-engineered to ensure efficient and reliable performance in rotary vane pumps and compressors. With low thermal expansion, excellent dimensional stability and high resistance to heat and aggressive media, carbon vanes maintain tight clearances and extend equipment life under demanding operating conditions.
Thermal Performance
Stable operation under elevated temperatures
Dimensional Stability
Maintains tight rotor slot clearances
Surface
Polishes cylinder walls
Impact Resistance
Performs well under start/stop conditions
Key Applications
Stoker Bush
Engineered for heavy-duty operation in high-temperature, dusty and abrasive environments where conventional lubrication is difficult. Its self-lubricating carbon structure reduces friction, shaft wear and maintenance while maintaining stable performance under heat, load and contamination.
Dry Running
Reliable performance without continuous lubrication
Heat Resistance
Stable in elevated-temperature environments
Wear Protection
Reduces shaft and bush wear
Dust Tolerance
Performs in abrasive and contaminated conditions
Key Applications
Steel Cladded Bushes
Steel cladded bushes combine the low-friction, self-lubricating performance of carbon with the mechanical strength and support of a steel outer shell. This construction improves housing fitment, load distribution and handling strength while maintaining excellent wear resistance on the running surface.
Structure Support
Steel shell improves strength and rigidity
Low-Friction Surface
Carbon bore reduces wear during operation
Secure Fitment
Suitable for press-fit housing applications
Long Service Life
Combines strength, stability and wear resistance