10PCS Ball Bearings 1029 Steel Ball Bearings Mechanical Bearings Industrial Parts Self Aligning Bearings for Gearboxes, Instrumentation, Motors
R 900
or 4 x payments of R225.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
10PCS Ball Bearings 1029 Steel Ball Bearings Mechanical Bearings Industrial Parts Self Aligning Bearings for Gearboxes, Instrumentation, Motors
Precision Motion Performance: Experience unparalleled precision with our 1029 Steel Ball Bearings. Crafted with advanced technology and high-carbon bearing steel, these bearings ensure a glossy, low-friction operation, providing your machinery with the precision it deserves. Ideal for gearboxes, motors, and various mechanical applications.
Whisper-Quiet Operation: Elevate your workplace with our noise-reducing Steel Ball Bearings. Designed to work seamlessly with machinery, these bearings minimize noise emission, enhancing overall efficiency. Enjoy a quieter environment without compromising performance, making them perfect for household appliances and internal combustion engines.
Durable & Wear-Resistant: Benefit from the high hardness and wear resistance of our Self Aligning Ball Bearings. The steel construction provides exceptional durability, contact fatigue strength, and the ability to handle high impact loads. Ideal for heavy-duty applications in construction machinery and engineering equipment.
Versatile Industrial Application: Engineered for a wide range of applications, our Ball Bearings find their place in gearboxes, instrumentation, transportation vehicles, and roller skates. The waterproof and dustproof design, along with long service life, ensures reliability in diverse industrial settings, meeting the demands of various machinery.
High-Speed Precision Motion: Achieve optimal performance with our 1029 Steel Ball Bearings, allowing for high-speed rotation with minimal frictional resistance. The advanced technology and high-carbon bearing steel construction result in a glossy and flat appearance, ensuring a smooth and accurate motion.