High-Performance Seals

Elastomer O Rings

Elastomer O-Ring ⚡ Premium Rubber Compounds

Technical Data

  • Compounds: Viton, NBR, EPDM, Silicone
  • Hardness Range: 60 – 90 Shore A
  • Temp. (Nitrile): -30°C to +120°C
  • Temp. (Viton/FKM): -20°C to +200°C
  • Pressure Limit: Up to 100 bar (Static)
  • Compliance: ISO 3601 / AS568

High-Resilience Rubber Elastomers for Dynamic and Static Seals

Elastomer O-Rings are the most widely utilized sealing elements due to their simplicity, effectiveness, and cost-efficiency. By selecting the optimal rubber compound, elastomer O-rings can withstand high pressures, sliding friction, and extreme temperatures. Common materials include Nitrile (NBR) for general oil and fuel resistance, Viton (FKM) for high-temperature and acid compatibility, EPDM for steam, hot water, and outdoor weathering, and Neoprene for refrigeration systems.

Micro Engineering supplies high-precision elastomer O-rings manufactured under strict quality standards. Our compounds are optimized for compression set resistance, ensuring the ring recovers its shape after prolonged compression. This recovery memory is critical to maintaining a leak-free seal in hydraulic cylinders, pneumatic valves, pump housings, and mechanical seal assemblies.

Preferred sealing solution for standard hydraulic loops, process water pumps, gearbox casings, and industrial pneumatic systems.

Why Choose Our Elastomer O-Rings?

Micro Engineering source and cure premium elastomers to guarantee superior sealing reliability and maximum service life in mechanical pump spares.

Premium Compounding

We use only genuine base polymers (such as DuPont Viton) without cheap fillers, ensuring consistent chemical resistance.

Low Compression Set

Our rings undergo post-curing to optimize polymer cross-linking, reducing compression set and extending seal life.

Precision Standards

Molded under strict dimensional tolerances in compliance with ISO 3601 and AS568 standards for a perfect fit.

Tailored Hardness Grades

Available in various durometers (from 60 to 90 Shore A) to prevent extrusion failures in high-pressure installations.