Seismic: Profiled Steel Bearing Spacers
Tekton™ Precision-Profiled XT™ Steel Spacers
Premium 0.400-inch steel bearing spacers.
Machined from premium bearing steel and given advanced heat treatment, Tekton Precision-Profiled XT (Extra-Tough) Steel Spacers have extra-wide ends that square up against classic (non-built-in) bearings with nearly 60% more surface contact – aligning the bearings far more stably than traditional thin-tube spacers formed of much softer iron or aluminum (which can actually compress and deform under the stresses of modern downhill and freeriding).
The resulting optimized alignment means:
– Improved speed & acceleration
– More consistent wheel contact & grip while cornering
– More predictable slide release & hookup
– Longer wheel & bearing life
Tekton™ Precision-Profiled XT™ Steel Spacers
Premium 0.400-inch steel bearing spacers.
Machined from premium bearing steel and given advanced heat treatment, Tekton Precision-Profiled XT (Extra-Tough) Steel Spacers have extra-wide ends that square up against classic (non-built-in) bearings with nearly 60% more surface contact – aligning the bearings far more stably than traditional thin-tube spacers formed of much softer iron or aluminum (which can actually compress and deform under the stresses of modern downhill and freeriding).
The resulting optimized alignment means:
– Improved speed & acceleration
– More consistent wheel contact & grip while cornering
– More predictable slide release & hookup
– Longer wheel & bearing life
Original: $12.00
-65%$12.00
$4.20Description
Tekton™ Precision-Profiled XT™ Steel Spacers
Premium 0.400-inch steel bearing spacers.
Machined from premium bearing steel and given advanced heat treatment, Tekton Precision-Profiled XT (Extra-Tough) Steel Spacers have extra-wide ends that square up against classic (non-built-in) bearings with nearly 60% more surface contact – aligning the bearings far more stably than traditional thin-tube spacers formed of much softer iron or aluminum (which can actually compress and deform under the stresses of modern downhill and freeriding).
The resulting optimized alignment means:
– Improved speed & acceleration
– More consistent wheel contact & grip while cornering
– More predictable slide release & hookup
– Longer wheel & bearing life
