Ball Bearing Single Row Deep Groove

Design Principles:Adopt a matching design of deep groove raceways and rolling elements to maximize contact area, uniformly transmit radial and bidirectional axial loads, and reduce local stress concentration;Simple overall structural design, reducing friction loss between components and improving operational efficiency and reliability; Optional seal types (open type, sealed type, shielded type) to adapt to different cleanliness working conditions; lubrication methods support grease lubrication, oil lubrication and customized solutions to meet different speed and temperature requirements. Performance Features:High Precision and Stability: Precisely machined raceways and rolling elements ensure stability under high-speed operation, minimizing vibration and noise;Long Life and Durability: High-quality bearing steel materials combined with advanced manufacturing processes, excellent wear resistance and fatigue resistance, maintaining a long service life even in harsh environments;Multifunctional Adaptability: Can bear radial loads alone, as well as combined loads and pure axial loads under high-speed working conditions, adapting to various force-bearing scenarios;Cost-Effectiveness: Simple structure for easy maintenance and low replacement cost, effectively reducing equipment downtime and maintenance costs, and improving overall production efficiency.

Working Principle:Rolling Element Movement and Load Transmission:Rolling elements (steel balls) roll between the deep groove raceways of the inner and outer rings. Utilizing the guiding effect of the deep groove structure, they uniformly transmit radial loads and bidirectional axial loads, reducing friction loss; the cage guides the rolling elements to move in order, avoiding mutual collision, lowering operating temperature rise, and ensuring stability under high-speed and heavy-load working conditions. Installation and Maintenance Adaptability:Installation requires precise alignment between the bearing, shaft and housing bore. After cleaning the bearing and mounting surface, apply suitable lubricant, and fix it by pressing with uniform force to avoid premature wear caused by installation deviation; sealed/shielded structure can isolate dust, impurities and moisture, extending the maintenance cycle; open structure facilitates regular grease replenishment and inspection, suitable for high-frequency maintenance scenarios. Regular visual inspection, vibration and temperature monitoring, and timely grease replenishment or replacement of lubricant according to working conditions can effectively extend the bearing service life.