SKF 16005 Ball Bearing 25x47x8 mm - Open Type, High-Speed Precision

SKF 16005 Deep Groove Ball Bearing 25x47x8 mm - Open Type, High-Speed Precision

The SKF 16005 is a high-precision, open-type deep groove ball bearing with dimensions 25 mm (ID) x 47 mm (OD) x 8 mm (width). Manufactured from high-grade bearing steel, it offers exceptional speed performance, low friction, and excellent radial load capacity, making it perfect for a wide range of industrial and mechanical applications.

Thanks to its open design, the 16005 bearing allows for efficient lubrication and heat dissipation, enabling operation at higher speeds and reduced maintenance intervals. Whether used in electric motors, pumps, gearboxes, or automation systems, this SKF deep groove bearing delivers unmatched reliability and operational life.

Key Features:

• ✅ Brand: SKF®

• 📐 Dimensions: 25x47x8 mm

• 🔧 Type: Single-row deep groove ball bearing - open

• 💨 Advantages: Low friction, high rotational speed, robust and precise

• 🛠️ Applications: Electric motors, high-speed machinery, automation, precision devices

• 🧱 Material: Hardened bearing steel

• ❌ Sealing: Open (no shields or seals)

📍 In Stock and Ready to Ship

Warehouse & Shop Location: Lublin, ul. Smoluchowskiego 1, building 4
🚚 24h delivery - fast order fulfillment

FAQ - Frequently Asked Questions

Q1: Is the SKF 16005 bearing sealed or open?
A: This model is open-type - no seals or shields - ideal for applications requiring high-speed and external lubrication.

Q2: What are the exact dimensions?
A: 25 mm inner diameter, 47 mm outer diameter, and 8 mm width.

Q3: Can it handle both radial and axial loads?
A: Yes, it’s optimized for radial loads but can handle light axial loads in both directions.

Q4: Is this a genuine SKF bearing?
A: Absolutely - simmering.pl supplies only original SKF® bearings, straight from verified distributors.

Q5: Is the 16005 suitable for electric motors?
A: Yes - its low-friction, high-speed performance makes it ideal for electric motors and similar applications.