Ceramic Hose
Ceramic lined mining hose for extreme abrasion resistance. Maximise wear life and reduce downtime.
Ceramic lined mining hose for extreme abrasion resistance. Maximise wear life and reduce downtime.
Built for Extreme Abrasion
When standard rubber hoses reach their wear limits, it’s time to upgrade to a ceramic hose. Abrasor® ceramic lined hose merges the superior cut, scratch, and tear resistance of ceramic with the impact absorption and flexibility of rubber delivering the ultimate hose solution for handling the most aggressive slurry applications.
Reduce Downtime
Internal ceramic tile lining delivers extended service life without compromising the flexibility and impact resistance of rubber. Our innovative manufacturing process, backed by our ISO9001 quality management system ensures your ceramic hose is to the highest quality, minimising the need for replacement, and reducing costly downtime.
Got problem spools that are continually wearing out?
Ceramic lined mining hose provides significant increase in abrasion resistance in comparison to steel pipe or standard rubber hose. For problem areas such as cyclone piping, ceramic hose can be a great option to get more wear life our of your spools and reduce downtime.
Reliable ceramic hose supplier
Pacific Flow Technology is Australia’s largest ceramic hose manufacturer — giving us the capacity to meet demanding lead times for projects of any scale. Whether you need complete hydrocyclone assemblies or urgent replacements for worn slurry pipelines, you can count on us for fast, reliable delivery backed by responsive service.
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FAQ's
What is ceramic hose?
It’s a rubber hose lined with alumina ceramic tiles for extreme abrasion resistance.
When would you choose ceramic hose over standard rubber hose?
In super abrasive piping areas that are quickly wearing standard rubber lined hose.
Is ceramic hose flexible?
More rigid than standard rubber hose, but still offers good flexibility.
Can I customize tile coverage?
Yes tile coverage can be customized for high wear areas such as the outer radius of a preformed bend.