Description
📋 Key Features
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🔧 High-Precision Needle Rollers – Reduces friction and ensures smooth motion
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🔩 Cage Assembly Design – Lightweight, compact, and high-performance
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🧱 High Radial Load Capacity – Supports demanding mechanical loads
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⚙️ Japanese Engineering by IKO – Reliable and trusted performance
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🔄 Ideal for High-Speed Rotation – Minimal heat generation and wear
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🧊 Compact Form Factor – Fits tight mechanical spaces easily
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🔋 Maintenance-Free (in lubricated systems) – Long-lasting with minimal attention
📐 Technical Specifications
| Parameter | Specification |
|---|---|
| Brand | IKO (Japan) |
| Bearing Type | Needle Cage Bearing (Needle Roller Cage) |
| Inner Diameter (ID) | 35 mm |
| Outer Diameter (OD) | 41 mm |
| Width | 35 mm |
| Load Type | Radial |
| Cage Type | Steel/Polyamide (based on availability) |
| Roller Type | High-precision cylindrical needle rollers |
| Material | Hardened Chrome Steel |
| Lubrication | Grease or oil-lubricated systems |
| Max Operating Temp. | Up to 120°C |
| Design Use | Shaft-mounted inside housing bore |
🎯 Applications
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Automotive gearboxes and transmission shafts
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Compact rotating assemblies
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Power tools and electric motors
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CNC machines and automation arms
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Agricultural machinery
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Two-wheeler and small engine components
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General industrial mechanical systems
❓ Frequently Asked Questions (FAQs)
Q1. What is a needle cage bearing?
It is a bearing composed of a cage that holds needle rollers in place, ideal for high-speed and high-load applications in compact spaces.
Q2. Does this include an inner or outer race?
No. Needle cage bearings are typically used with hardened and ground shaft/housing surfaces as raceways.
Q3. Is this bearing pre-lubricated?
The cage itself does not hold lubricant, but it is intended for use in systems with oil or grease lubrication.
Q4. Is this original IKO Japan bearing?
Yes. We only stock and ship authentic IKO bearings sourced from trusted supply chains.
Q5. Can I use this bearing for custom mechanical projects or retrofitting?
Absolutely. It is ideal for space-constrained assemblies that require reliable high-speed performance.
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