Products · Air & Oil Seals
High-performance labyrinth air seals and carbon ring oil seals designed to maintain critical tolerances, recover interstage leakage, and prevent oil carryover in centrifugal compressors.

Sound familiar?
Worn air labyrinth seals allow interstage leakage — your compressor works harder but can't hold design pressure.
Worn or damaged oil seals fail to hold back bearing oil, allowing it to contaminate the compressed air system.
Your compressor model is 25+ years old and the OEM discontinued the seal. No off-the-shelf option exists.
Straight-through and stepped labyrinth designs with teeth-on-rotor or teeth-on-stator configurations.
Precision-machined carbon rings that effectively seal bearing oil from the aerodynamic sections.
Impeller eye seals with precision-machined bores — controlling leakage from stage discharge back to suction.
Diaphragm-mounted interstage seals and balance drum labyrinth seals managing axial thrust.
Honeycomb and aluminium-silicon abradable coatings for rub-tolerant seal applications.
3D scan worn seals to manufacture replacements with original design clearances restored.
Key symptoms: declining discharge pressure, increased motor amps at the same load, higher bearing temperatures. A performance test or vibration survey can confirm seal condition.
Oil carryover is typically caused by worn carbon ring oil seals, excessive bearing clearances, or issues with the seal air buffer system. Replacing the seals usually resolves it.
Yes. We perform material analysis on your worn seal and match the alloy exactly — or recommend an upgrade if the original material wasn't optimal for the service.
That's fine. We 3D-scan worn samples, add back the original design clearances, and manufacture to the as-new specification.
Join the ranks of leading industrial facilities that have broken free from OEM constraints. Request a technical audit or consultation today.
CFM, or Cubic Feet per Minute, indicates the volume of compressed air delivered by the compressor. This value should be matched to the total air consumption of pneumatic tools, machinery, and process equipment.