Ball Bearing Drawer Glides 696RS 45x68x12mm Radial Bearing Steel for Smooth Sliding

Eliminate Sticky Drawers with Precision Ball Bearing Drawer Glides 696RS

Nothing disrupts workflow like drawers that jam or slide unevenly—costing time and frustrating users daily. Many low-quality glides wear out within months, requiring frequent replacements and maintenance. For furniture manufacturers and hardware suppliers, inconsistent performance can damage brand reputation and lead to costly returns.

Smooth Sliding You Can Rely On: 696RS Radial Bearing Steel Glides

Our Ball Bearing Drawer Glides 696RS solve these issues with precision-engineered radial bearings made from high-grade bearing steel. Designed for 45×68×12mm applications, they deliver consistent, quiet sliding motion even after thousands of cycles. As a professional bearing manufacturer with decades of export experience, we ensure each unit meets strict quality standards, supporting OEM/ODM customization to match your exact hardware specifications.

Engineered for Demanding Sliding Applications

This 696RS radial bearing excels in scenarios requiring smooth linear motion under radial loads, such as drawer slides and sliding cabinet doors. The single-row design balances load capacity and compact size, while the unseparated structure ensures stability during operation. Whether installed in residential furniture or commercial storage systems, it maintains performance in standard temperature environments, making it a versatile choice for daily use.

Características Técnicas Clave Que Importan

The 45×68×12mm specification ensures compatibility with common drawer slide dimensions, while bearing steel construction provides durability against wear and corrosion. The radial load direction capability means it efficiently handles vertical forces applied during opening and closing, reducing friction for effortless movement. Each bearing undergoes rigorous dimensional inspection and performance testing, aligning with ISO industrial standards to guarantee consistent quality across every unit.