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6902ZZ Bearing ABEC-7 (10PCS) 15x28x7 mm Metric Thin Section Ball Bearings 6902 ZZ
6902ZZ Bearing ABEC-7 (10PCS) 15x28x7 mm Metric Thin Section Ball Bearings 6902 ZZ
Prix habituel
$15.00 USD
Prix habituel
$0.00 USD
Prix promotionnel
$15.00 USD
Prix unitaire
par
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Specifications:
Item: 6902ZZ ABEC-7
Type: Deep groove ball bearing
Material: Chrome Steel GCr15
Closures: 2 Shield
Dimensions: 15x28x7 mm
ID (inner diameter)/Bore: 15mm
OD (outer diameter): 28mm
Width/Height/thickness: 7mm
Features:
**Advanced Material Engineering**
These precision bearings utilize premium Chrome Steel GCr15 in their construction, delivering outstanding durability and wear resistance for challenging operational environments. The integrated dual-shield protection system effectively prevents contamination from dust and debris, ensuring prolonged service life and maintained performance quality. Designed as versatile mechanical components, they provide exceptionally smooth rotation with minimal friction, serving as ideal solutions for various shaft-based applications demanding precision and reliability.
**Broad Application Versatility**
Featuring industry-standard dimensional specifications, these bearings demonstrate excellent compatibility with numerous equipment types and shaft configurations. Their design enables effortless incorporation into industrial machinery, automotive systems, and precision measuring instruments. The space-efficient profile and reduced weight make them particularly advantageous for applications where compact design and minimal mass are prioritized considerations.
**Optimized Operational Performance**
Certified to ABEC-7 standards, these bearings ensure precise motion control and operational efficiency. The sophisticated deep groove architecture provides robust support for multi-directional loading conditions, making them suitable for high-velocity applications. These components maintain consistent performance characteristics across varying operational parameters, positioning them as premium choices for environments where unwavering reliability and precision are fundamental requirements.
