The SKF 608-2Z bearing is a single row deep groove ball bearing renowned for its robust construction and high performance. Featuring an 8 mm inside diameter, 22 mm outside diameter, and 7 mm race width, it is shielded with sheet metal cages to prevent contamination from moisture and dust, making it suitable for demanding industrial environments.
Designed to operate at limiting speeds of up to 38000 rpm, this bearing has a dynamic load rating of 3.45 kN, assuring durability under high radial and axial loads. Its carbon-rich steel components provide superior wear resistance, while heat stabilization allows use at temperatures up to +120°C.
Minimizing noise, vibration, and friction, this bearing is an excellent choice for applications requiring smooth, fast radial or axial movements. Typical industrial uses include industrial fans, material handling equipment, automobile manufacturing, and gearboxes where reliability and longevity are critical.
The SKF Explorer classification signifies enhanced performance and durability, making it ideal for high power-density machinery like electric motors. Manufactured in Italy, this bearing meets stringent quality standards ensuring consistent operational excellence.
Carbon-rich steel construction provides wear resistance. Shielded design prevents moisture and dust ingress. Heat-stabilised up to +120°C for harsh environments. Dynamic load rating of 3.45 kN supports heavy-duty use. Limiting speed of 38000 rpm allows for high-speed applications.
One-row deep groove ball design reduces noise and vibration. Ideal for industrial, automotive, and gearbox applications. SKF Explorer class ensures high robustness and reliability.
This SKF bearing is a trusted solution for industrial, construction, HVAC, and manufacturing sectors where dependable rotary bearing units are essential. Explore more products from SKF and related ball bearing assemblies on EnvMart for your mechanical needs.
Explore more products in our Ball Bearings category.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent