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10PCS MR105ZZW3 5X10X3mm Bearing ABEC-7 Miniature Deep Groove Ball Bearings
10PCS MR105ZZW3 5X10X3mm Bearing ABEC-7 Miniature Deep Groove Ball Bearings
Ordinarie pris
$16.43 USD
Ordinarie pris
$0.00 USD
Försäljningspris
$16.43 USD
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Specifications:
Item: MR105ZZW3
Structure: Deep Groove
Bore Dia (d): 5 mm
Outer Dia (D): 10 mm
Width (B): 3 mm
Closures: Metal Seals
Lubrication: Grease
Magnetic: little
Hardness: 58HRC
Corrosion Resistance: General
Clearance: C0
Grades: ABEC-7
Item: MR105ZZW3
Structure: Deep Groove
Bore Dia (d): 5 mm
Outer Dia (D): 10 mm
Width (B): 3 mm
Closures: Metal Seals
Lubrication: Grease
Magnetic: little
Hardness: 58HRC
Corrosion Resistance: General
Clearance: C0
Grades: ABEC-7
Features:
**Advanced Engineering for High-Speed Performance**
This precision-engineered ball bearing is specifically designed to excel in demanding high-velocity applications. The exact internal dimensions provide perfect integration with compact mechanical systems, while the deep groove architecture ensures smooth rotational performance. The impressive 58HRC hardness rating offers exceptional durability against wear, and the protective metal seals deliver reliable corrosion resistance, maintaining consistent operation in challenging environmental conditions.
**Reliable Operation Across Multiple Applications**
Demonstrating outstanding versatility, this bearing delivers consistent performance in both industrial machinery and precision instruments. The ABEC-7 rating and C0 clearance work synergistically to ensure precise, vibration-free operation. Specialized lubrication ensures prolonged friction protection, while negligible magnetic characteristics permit seamless implementation in electrical systems, making it an essential component for efficient mechanical power transmission.
**Efficiency-Focused Design Solution**
Integrating high reliability with cost-effectiveness, this bearing incorporates an optimized deep groove structure that maximizes load-bearing efficiency. The low-resistance design enhances operational smoothness while minimizing wear-related maintenance. Equally effective for new installations and replacement projects, this component significantly boosts system performance and extends equipment service life, delivering exceptional long-term value.
