Lightweight Ntn 1307s Self Aligning Ball Bearing Double Row 35x80x21 Mm Limited Time 40% Off [SIvEYoMu]

NTN 1307S Self Aligning Ball Bearing

Discover the NTN 1307S Self Aligning Ball Bearing, a high-quality, double-row bearing designed for precision and durability. Engineered with cutting-edge technology, this bearing is perfect for a wide range of applications where reliable performance is crucial. With its superior design and construction, the NTN 1307S is a top choice for industrial and mechanical systems.

• Double-row design provides increased load capacity and reduced friction.
• Self-aligning capability ensures the bearing can compensate for minor misalignments, enhancing its lifespan.

Key Features and Specifications

The NTN 1307S Self Aligning Ball Bearing boasts an array of impressive features and specifications that make it a standout product in its category. Crafted from high-quality standard bearing steel, this bearing offers exceptional strength and resistance to wear and tear. With a temperature range of -30 to +150 °C, it can operate in a variety of environments, making it versatile for different applications.

• Material: Standard bearing steel for enhanced durability.
• Seal: Open bearing for easy maintenance and lubrication.
• Clearance: Slightly increased radial clearance for better performance under load.

Practical Applications and Benefits

The NTN 1307S Self Aligning Ball Bearing is an ideal choice for numerous applications, including machinery, automotive, and industrial equipment. Its robust construction and reliable performance make it a must-have component for ensuring smooth operation and extending the life of your machinery. With a weight of just 0.516 kg, this bearing is lightweight yet robust, providing the perfect balance between performance and ease of installation.

• Applications: Ideal for machinery, automotive, and industrial equipment.
• Weight: Lightweight (0.516 kg) for easy handling and installation.
• Country of Origin: Made in Japan, ensuring the highest quality standards.