DAIDO DID-25 10 FT Heavy-Duty Deep Groove Ball Bearing - 25x52x15mm (6205 Equivalent)
The DAIDO DID-25 10 FT series bearing is engineered for critical industrial applications demanding superior longevity and operational consistency. Leveraging DAIDO’s heritage in high-precision component manufacturing, this deep groove ball bearing features a robust construction suitable for high-speed rotation and significant combined radial and axial loads. The '10 FT' designation signifies specialized internal geometry and high-tensile strength cage material (likely reinforced polyamide or machined brass) optimized for environments subject to high temperature fluctuations or pronounced vibration. With an industry-standard 25mm bore and tight geometric tolerances, the DID-25 minimizes noise and thermal generation, translating directly into enhanced machine efficiency and reduced operational energy consumption. This bearing is the choice for engineers prioritizing reliability over initial cost, ensuring predictable performance under continuous duty cycles.
Designed for demanding sectors such as specialized pump systems, electric motors, high-precision gearboxes, and heavy-duty conveyor rollers, the DAIDO DID-25 10 FT provides an exceptional total cost of ownership (TCO). Its heavy-duty design significantly extends Mean Time Between Failure (MTBF), reducing costly unplanned downtime and maintenance cycles. The standardized outer dimensions (52mm OD, 15mm width) allow for direct interchangeability with standard 6205 series bearings, while offering DAIDO’s specialized performance upgrades in terms of cleanliness, clearance consistency (likely C3 or C4 for high-speed operation), and fatigue life. Secure your operational uptime with a bearing engineered for the rigor of 24/7 industrial environments.
Key Features
Precision Class P6 tolerance for reduced vibration and noise generation.
Specialized 'FT' internal design optimized for extreme high-speed and thermal stability.
High-tensile steel construction providing exceptional resistance to fatigue and shock loading.
Reduced friction coefficient, leading to lower operating temperatures and improved energy efficiency.
Suitable for universal mounting in electric motors, agricultural machinery, and industrial transmissions.
