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 NBC 6216ZZ C3 Groove Ball Bearing suppliers in Maharashtra|Nbc bearing dealers Manglam Sales Corp.
As a key stockist and authorized dealer of NBC Bearings (National Engineering Industries Ltd.) in Maharashtra, Manglam Sales Corporation supplies high-grade industrial ball bearings built to sustain tough operating conditions. The NBC 6216ZZ C3 deep groove ball bearing ($80text{ mm bore} times 140text{ mm outer diameter} times 26text{ mm width}$) features dual metal dust shields (ZZ) that keep factory pre-filled grease sealed in while protecting the inner raceway from solid contaminants. Designed with C3 radial internal clearance, this single-row radial bearing accommodates elevated thermal expansion during continuous, high-speed runs. Manufactured from premium-grade steel with optimized raceway geometries, it delivers superior dynamic load capacity ($71.55text{ kN}$) and high static load performance ($54.3text{ kN}$), making it ideal for steel manufacturing plants, automotive factories, chemical processing complexes, and textile machinery across Mumbai, Pune, Nagpur, Nashik, and major industrial hubs in Maharashtra. Manglam Sales Corporation guarantees 100% authentic NBC supply, ready stock availability, expert technical support, and rapid distribution across regional supply chains.

Key Operational Advantages

High Thermal Stability: The C3 clearance tolerance prevents tight shaft fit binding and raceway friction under high operating temperatures, ensuring consistent rotation during long operational shifts.

Maintenance-Free Shielding: Pre-lubricated with high-performance synthetic grease; the dual steel shields retain grease indefinitely while preventing airborne dust and metallic grit from entering.

Balanced Radial & Axial Loading: Engineered deep-groove raceways enable the bearing to absorb high radial forces alongside substantial bidirectional axial thrust.

Noise & Vibration Suppression: Precision-ground rolling elements reduce friction torque, keeping equipment noise low and vibrations minimal under high rotational speeds.
Oct 3rd, 2026 12:41 PM

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