SS 6800 ZZ/2RS stainless steel deep groove ball bearings

A balanced material system and precision manufacturing; the bearings can be made of various stainless steel materials to ensure basic mechanical strength and provide adaptability to different corrosive environments; the internal G10-grade high-precision steel balls, combined with precision-machined grooves, achieve low friction, low noise, and smooth rotation performance, resulting in high stability; the thin design significantly reduces radial installation space, enabling miniaturization and lightweight design of the equipment; the deep groove ball structure can simultaneously withstand radial loads and a certain amount of bidirectional axial loads; equipped with ZZ-type metal dust covers or 2RS-type rubber seals, effectively preventing contaminant intrusion, maintaining the cleanliness of internal grease, and extending maintenance intervals.

Precise dimensional value and structural efficiency, with a slim design of only 19mm outer diameter and 5mm width, ensures 10mm shaft diameter support while maximizing space utilization, making it an ideal choice for compact equipment structures; manufacturing advantages begin with raw materials, starting with machining solid stainless steel bars from professional steel mills, and a one-stop production model strictly controls the quality of the entire process from turning to assembly, ensuring dimensional accuracy and performance consistency; flexible configuration is provided, allowing selection of ring materials according to corrosive environments, grease types according to working conditions, and optimal selection between metal dust covers and rubber sealing rings according to sealing requirements; non-standard machining such as outer ring slotting (for snap ring positioning) or inner ring V-groove is supported to meet special installation and sensing requirements; it can provide stable and reliable rotary support for small and medium-sized precision equipment, achieving the best balance between performance and lifespan within limited space.