16005 ZVL 25x47x8 deep groove ball bearing is a precision engineered rolling bearing designed for smooth operation, low friction and reliable load handling in a wide range of industrial applications. As part of the deep groove ball bearing category, it offers excellent versatility and performance in both radial and axial load conditions.
The bearing features hardened steel rings and precision ground raceways, ensuring optimal rolling conditions and reduced wear over time. The internal geometry is optimized for high speed operation while maintaining stability and durability.
Key design features:
16005 ZVL 25x47x8 bearing is widely used in industrial systems requiring reliable rotation and low energy loss. It is commonly searched under terms such as 16005 bearing, ZVL 16005, ball bearing 25x47x8 and deep groove bearing 16005.
Typical applications include:
Its compact size and efficient design make it suitable for applications where space and performance are equally important.
Manufacturer: ZVL
Type: deep groove ball bearing
Designation: 16005
Inner diameter: 25 mm
Outer diameter: 47 mm
Width: 8 mm
Design: single row ball bearing
16005 ZVL deep groove ball bearing provides reliable and efficient performance in demanding operating conditions.
Key benefits:
This bearing is a cost effective and versatile solution for a wide range of industrial and mechanical systems.
16005 ZVL 25x47x8 is a single row deep groove ball bearing designed for low friction rotation and reliable load support in industrial applications.
What type of loads can 16005 bearing handle?
It supports radial loads and moderate axial loads in both directions.
Is this bearing suitable for high speed applications?
Yes, deep groove ball bearings are designed for high speed performance.
Where is 16005 ZVL commonly used?
In motors, pumps, fans and industrial machinery.
Is installation complicated?
No, standard dimensions allow easy and quick installation.
What makes ZVL bearings reliable?
They offer consistent quality, durability and stable performance in industrial environments.