
High-Quality Industrial O-Ring 0050-20 ORM2 Metric Seal
$6.29 Original price was: $6.29.$1.31Current price is: $1.31.
Description
Solve Leaks & Boost Reliability with Our Industrial O-Ring 0050-20 ORM2 Metric Seal
Tired of unreliable seals causing costly downtime and fluid leaks in your machinery? Our High-Quality Industrial O-Ring 0050-20 ORM2 Metric Seal is engineered to deliver dependable performance in demanding environments. Precisely manufactured to metric dimensions (50mm Inner Diameter x 2mm Cross Section), this nitrile rubber (NBR – ORM2) O-ring offers exceptional resistance to oils, fuels, hydraulic fluids, and moderate temperatures (-30°C to +100°C / -22°F to +212°F).
Designed for critical industrial applications like hydraulic systems, pneumatic equipment, pumps, valves, and automotive assemblies, this seal provides a robust barrier against leaks. Its consistent cross-section ensures uniform compression for a perfect fit within standard metric grooves, preventing extrusion and ensuring long-term sealing integrity. We prioritize quality: each O-ring is produced to exacting tolerances using premium-grade NBR compound for superior elasticity, resilience, and resistance to compression set compared to generic alternatives.
Why Choose Our 50x2mm ORM2 O-Ring Over Competitors?
Feature | Our 0050-20 ORM2 O-Ring | Typical Generic O-Rings |
---|---|---|
Material | Premium Nitrile (NBR – ORM2) | Variable Quality NBR |
Consistency | Precise Dimensions & Cross-Section | Often Inconsistent Sizing |
Temp Range | -30°C to +100°C / -22°F to +212°F | May have narrower tolerance |
Pressure | Reliable Performance | Potential for Extrusion/Failure |
Fluid Resist. | Excellent Oil/Fuel Resistance | Can Degrade Faster |
Invest in reliable sealing solutions. This high-performance metric nitrile O-ring is your cost-effective defense against leaks, minimizing maintenance and maximizing operational efficiency in industrial hydraulic and pneumatic systems. Ensure your equipment runs smoothly – order your genuine 0050-20 ORM2 seals today.