Raindew Official Store
10Pcs SR156ZZ 4.762x7.938x3.175mm ABEC-9 440C Roller Stainless Steel SR156ZZ Ball Bearings
10Pcs SR156ZZ 4.762x7.938x3.175mm ABEC-9 440C Roller Stainless Steel SR156ZZ Ball Bearings
Preço normal
$16.79 USD
Preço normal
$0.00 USD
Preço promocional
$16.79 USD
Preço unitário
por
Não foi possível carregar a disponibilidade de retirada.
Specifications:
Model: SR156ZZ
Inner (d): 4.762mm
Outer (D): 7.938 mm
Width (B): 3.175 mm
Grade: ABEC-9
Material: Stainless Steel
Seal: Shield
Bearing Material： Stainless Steel
Ball Material: Stainless Steel
Features:
Features:
Deliver dependable, friction-free operation to the intricate components of your fishing gear with a no-fuss bearing solution. Built with ABEC-9 accuracy, protective shielding, and 440C stainless steel, it’s optimized for compact fishing equipment, providing reliable performance and manageable corrosion resilience with basic maintenance.
✅ Precision Operation for Tactile ControlAchieve smoother, more consistent motion in small tackle parts like trigger mechanisms and internal side plates. The ABEC-9 precision minimizes mechanical hesitation, creating a more direct and satisfying user experience.
✅ Practical Shielding for Daily FishingShields act as a first line of defense against common contaminants such as sand and light moisture, safeguarding functionality during typical fishing trips without complex sealing requirements.
✅ Robust Material for Fishing DemandsCrafted from 440C stainless steel, it resists wear and tear from the repetitive movements and dynamic forces of reel operations, forming a sturdy base for compact gear components.
✅ Corrosion Control Through Proper UpkeepLeveraging the natural rust-inhibiting properties of stainless steel, its lifespan depends on proactive care. Thorough rinsing and drying post-use—particularly in saltwater—are key to maintaining performance.
Performance-Driven Replacement PartAn excellent drop-in upgrade for addressing worn areas in different reel types and fishing tools, delivering tangible improvements in operational smoothness and responsiveness.
