High Precison Hybrid Ball Bearings, CE6010 Si3N4 Ceramic Ball Bearings

High Precision Hybrid Bearings, CE6010 Si3n4 Ceramic Ball Bearings

We construct the rolling elements in ceramic bearings using several ceramic materials, including

• Silicon nitride (Si3N4)
• Aluminum oxide (Al2O3)
• Zirconium oxide (ZrO2)
• Silicon carbide (SiC)

Reduced rolling resistance mainly results from the ceramic balls’ increased smoothness, dimensional

stability, and increased uniformity over steel ball bearings. These properties ensure that applied loads

are uniformly distributed over all rolling elements. Additionally, ceramic materials have a significantly

lower coefficient of friction (~20–30 times less) than steel ball bearings with standard seals and

lubrication. This reduced friction results in reduced rolling resistance and faster rotational speeds.

ZrO2 Hybrid CERAMIC DEEP GROOVE BALL BEARING CE6010

In 2010s, WI-TECH embarks on the production and supply of ceramic bearings, plastic bearings and hybrid ceramic bearings, and since then we have been a leading manufacturer and supplier of ceramic bearing in China that supports the growth of global industry. At our production plant, which is integrated with advanced technology, we operate the production line for the ceramic bearings and automate everything from processing to quality control.

In addition, the tolerances for bearing finishes are more stringent than the standards of China industrial standards, and our bearings can be fully responsive to demanding conditions such as high-speed rotation. Taking advantage of a specialized manufacturer, Witech ceramic bearings can withstand the severe environment such as heat resistance, corrosion, wearing and magnetic in recent years. In addition, we are highly acclaimed for the production of various types such as stainless steel series and hybrid series.

In contrast with plain bearings, ceramic bearings are easy to install and withstand more severe conditions. We are confident that we will be able to contribute to the industry in a variety of fields. We will continue to create new value for the changing future and to be able to satisfy the user’s needs 100%.