Thin Section Open Ball Bearing In Chrome Steel With Brass Cage, Dimensions Nine By Ten And One Half By Three Quarters Of An Inch, Narrow Cross Section Width Three Quarters Of An Inch, High Load Precision Bearing For Machinery
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Regulärer Preis
$595.92
Verkaufspreis$1,000.00Sie sparen $404.08
SKU: Kit15517
UPC: 00193019222317
UPC: 00193019222317
Item: VF090CP0 Ball Bearing
Type: Deep groove Radial Ball Bearing
Material: Chrome Steel
Cage: Brass
Closures: Open
Type: Deep groove Radial Ball Bearing
Material: Chrome Steel
Cage: Brass
Closures: Open
Premium Thin Section Ball Bearing, 9x10.5x0.75 Inches
✔️ Chrome steel with brass cage, 9 inches (228.6 mm) ID, 10.5 inches (266.7 mm) OD, 0.75 inches (19.05 mm) width, dynamic load 58672 N
✅ Material: Chrome steel construction with brass cage for smooth operation and longevity
✅ Load ratings: Handles dynamic loads up to 58672 N and static loads to 21138 N
✅ Equivalents: Includes KF090CP0 and SF090CP0 for easy replacement options
✔️ Chrome steel with brass cage, 9 inches (228.6 mm) ID, 10.5 inches (266.7 mm) OD, 0.75 inches (19.05 mm) width, dynamic load 58672 N
This thin section ball bearing is a compact, open-type component made from durable chrome steel, ideal for high-precision machinery in fields like robotics, aerospace, and automation where space-saving designs are essential.
✅ Dimensions: 9 inches (228.6 mm) inner diameter, 10.5 inches (266.7 mm) outer diameter, 0.75 inches (19.05 mm) width✅ Material: Chrome steel construction with brass cage for smooth operation and longevity
✅ Load ratings: Handles dynamic loads up to 58672 N and static loads to 21138 N
✅ Equivalents: Includes KF090CP0 and SF090CP0 for easy replacement options
💡 What makes thin section bearings a solid pick for tight setups in mechanical systems?
Engineers often go for these due to their space-efficient design that boosts performance.
- Reduces overall weight without skimping on strength, perfect for mobile gear
- Delivers precise motion control in high-speed applications like robotic arms
- Boosts efficiency by minimizing friction in compact environments
- Offers reliable durability in demanding sectors such as aerospace assembly
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