An extensive range of rubber covered rollers are used throughout the paper making process.These rollers are primarily used in the de-watering, sizing, drying and calendaring processes, requiring a range of rubber compounds to provide chemical, temperature, abrasion and co-efficient of friction resistance properties along with hardness stability, dynamic properties, heat stability and low co-efficient of thermal expansion characteristics.
Can be used for hard press rollers
Can be used for hard press rollers
For Press rollers and Suction Press rollers
Temperatures up to 140C
Good chemical resistance, resistant to bleaching agents
For Press rollers and Suction Press rollers
Temperatures up to 120C
Good abrasion & chemical resistance for moderate loads
For Press rollers and Suction Press rollers
Temperatures up to 150C
Excellent heat and chemical resistance combined with excellent abrasion resistance
Temperature Resistance 275C
Excellent abrasion resistance, low hysteresis & superior chemical resistance enables them to outperform typical Nitrile compounds
Temperature Resistance 325C
Superior abrasion resistance, low hysteresis & superior chemical resistance; the compounds outstanding heat and chemical resistance allows it to outperform typical hard rubber compounds especially at higher operating temperatures
Excellent abrasion resistance, low hysteresis and superior chemical resistance; the hardness stability enables is to outperform typical ebonite compounds even at higher operating temperature
Specially formulated for softer roller positions with excellent abrasion resistance, low hysteresis and superior chemical
Good resilience, non-stick and self-cleaning properties
Suitable for roller or blade applications
Good all-round properties
To be used where traces of bleaching agents are likely to be present
Excellent abrasion and chemical resistance
Used for roller and blade applications
Outstanding mechanical and chemical properties
Outstanding abrasion properties
Used for roller and blade applications and other costing systems such as Symsizers