Welcome to Raindew Bearing website.

696 Hybrid Ceramic Bearing 6*15*5 mm ABEC-7 ( 1 PC) Industry Motor Spindle 696RS CB Hybrids Si3N4 Ball Bearings 696RS

Short Description:

Features:**Unmatched Durability and Performance**The Hybrid Ceramic Bearing is a


Product Details

Product Tags

Features:

**Unmatched Durability and Performance**

The Hybrid Ceramic Bearing is a testament to cutting-edge engineering, designed to withstand the rigors of industrial applications. Crafted with a hybrid ceramic structure, this bearing offers superior durability and resistance to wear, making it an ideal choice for motor spindles and other high-load environments. The ABEC-7 rating ensures precision and reliability, while the sealed (2RS) closures provide protection against contaminants, extending the life of the bearing.

**Versatile Application and Compatibility**

The Hybrid Ceramic Bearing is not just a product; it's a solution for a wide range of applications. Its dimensions make it suitable for various industrial machinery and equipment. Whether you're looking to enhance the performance of your motor spindle or seeking a robust solution for other mechanical systems, this bearing is designed to fit seamlessly into your existing setup.

**Optimized for High-Load Environments**

Understanding the demands of high-load environments, the Hybrid Ceramic Bearing is engineered to handle dynamic loads of up to 1128 Newtons and static loads of 534 Newtons. This exceptional performance is made possible by the advanced grease lubrication, which ensures smooth operation and reduced friction. The C0 clearance rating further contributes to the bearing's efficiency, making it a reliable choice for industries that demand precision and longevity.

696RSCBNew(4).jpg

TECHNICAL SPECS
Model: 696 RS CB
Structure: Deep Groove Ball
Material: Hybrid Ceramic
Bore Dia (d): 6 mm
Outer Dia (D): 15 mm
Width (B): 5 mm
Bearing Grade: ABEC-7
Closures: Sealed (2RS)
Lubrication: Grease
Clearance: C0
Dynamic Load Rating (Cr) (Newtons): 1128
Static Load Rating (Cor) (Newtons): 534 

Leave Your Message


Write your message here and send it to us

Leave Your Message