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The FK Bearings WSSX16T is a premium-grade spherical bearing designed for demanding racing environments. Featuring a 1.000-inch inner diameter and a 1.375-inch width, this component is engineered to handle extreme load conditions while maintaining precise movement. The WSSX-T series is renowned for its durability and reliability in high-stress suspension applications.
Why choose the WSSX16T? The inclusion of a PTFE liner ensures a self-lubricating surface, significantly reducing friction and wear during high-frequency oscillation. This makes it an ideal choice for custom control arms, steering linkages, and professional-grade chassis fabrication. The stainless steel construction provides excellent corrosion resistance, ensuring longevity even in harsh track conditions. Whether you are building a custom race car or upgrading existing suspension geometry, this bearing offers the tight tolerances required for competitive performance. Experience the difference in handling precision and structural integrity when you choose components from GGCRACING.
The FK Bearings WSSX16T is a premium-grade spherical bearing designed for demanding racing environments. Featuring a 1.000-inch inner diameter and a 1.375-inch width, this component is engineered to handle extreme load conditions while maintaining precise movement. The WSSX-T series is renowned for its durability and reliability in high-stress suspension applications.
Why choose the WSSX16T? The inclusion of a PTFE liner ensures a self-lubricating surface, significantly reducing friction and wear during high-frequency oscillation. This makes it an ideal choice for custom control arms, steering linkages, and professional-grade chassis fabrication. The stainless steel construction provides excellent corrosion resistance, ensuring longevity even in harsh track conditions. Whether you are building a custom race car or upgrading existing suspension geometry, this bearing offers the tight tolerances required for competitive performance. Experience the difference in handling precision and structural integrity when you choose components from GGCRACING.
