Union Bearing MAX CB-471 6808V LLU (40x52x7)

Name: Buy the Union Bearing MAX CB-471 6808V LLU (40x52x7) | Fatdaddy Europe
SKU: 8590966364718
Price: 16 EUR
Availability: InStock

Maximize e-mobility efficiency with Union Kogellager MAX CB-471 6808V LLU’s precision sealing and ultra-smooth 40x52x7 bearings

€16

Kostenlose Lieferung ab einem Bestellwert von 50 €
Nach der Lieferung oder monatliche Zahlungen mit Klarna & ALMA
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Unleash Maximum Performance with Precision Bearing Power.

Struggling with unreliable or noisy bearings that slow down your e-mobility ride? The Union Kogellager MAX CB-471 6808V LLU delivers exceptional durability and ultra-smooth rotation to keep your vehicle running at peak efficiency. Engineered for high-speed stability and long-lasting protection, this bearing eliminates friction issues and boosts your ride’s responsiveness.

Key Features

High-precision engineering for flawless performance under pressure.
Sealed LLU design ensures superior protection against dust and moisture.
Compact dimensions (40x52x7 mm) fit seamlessly into your e-mobility system.
Enhanced load capacity for demanding urban and off-road conditions.
Low friction coefficient reduces energy loss and extends battery life.

Technical Specifications

Model: Union Kogellager MAX CB-471 6808V LLU
Dimensions: 40 mm (inner diameter) x 52 mm (outer diameter) x 7 mm (width)
Type: Deep groove ball bearing
Sealing: Double-sided LLU rubber seals
Material: High-grade steel for maximum strength and corrosion resistance
Load rating: Optimized for heavy-duty e-mobility applications

Frequently Asked Questions

What makes the Union Kogellager MAX CB-471 6808V LLU ideal for e-mobility?

Its high-precision design and sealed construction provide durability and smooth operation, essential for electric vehicles that demand reliability and efficiency.

How does the LLU seal benefit the bearing’s performance?

The LLU rubber seals protect against dust, dirt, and moisture, significantly extending the bearing’s lifespan and maintaining optimal performance in harsh environments.