Stainless Steel, Swaged Race, Narrow Series,PTFE Lined, (Optional V-Groove)
NSSB/NSSB-V
Description:
NSSB/NSSB-V Spherical BearingsStainless Steel, Swaged Race,Narrow Series, PTFE Lined, (Optional V-Groove) >
Applications:
Numerous corrosive and
"clean room or food grade"
applications, including:•Food equipment
•Racing
•Medical equipment
•Marine equipment
•Light industrial applications >
Features:
•Suited for numerous non-rotational applications —
for mounting into plates or shocks where room for attaching full
rod ends is not available •Stainless steel provides optimized corrosion resistance•PTFE lined designminimizes wear between working surfaces (lower maintenance, increased life)•Offered in plain (press fit) or V-Groove (staked fit) mounting styles•Can be used in a wide range of temperatures:
-65°F — 250°F (-54°C — 121°C) >
NSSBNSSB-V
SphericalBearings
NSSB/NSSB-V Series provides a narrow body alternative (for thinner plate mounting surfaces with less room for movement)
within our line of corrosion resistant precision stainless steel
spherical bearings.Choose from plain (for press fit applications)
or V-Groove (staked fit) mounting styles.They feature a stainless steel outer race and are PTFE lined forextended wear life.They are swaged and machined around a thru
hardened and precision ground stainless steel ball.Suited for
many corrosive environment applications requiring stainless steel.
The PTFE liner minimizes wear within the bearing's inner surface,
reducing maintenance and increasing bearing life.The NSSB/NSSB-V Series is just one of many products foundwithin our broad line of spherical bearings.For full product line detail, contact us for a comprehensive catalog or visitwww.tuthill.com and download individual product data sheetsand other product information.
Other Related Products:
•WSSB/WSSB-V Stainless Steel, Swaged Race, Wide Series,
PTFE Lined, (Optional V-Groove)•YSSB/YSSB-V High Misalignment Series, Stainless Steel, Swaged Race, PTFE Lined,
(Optional V-Groove) >
Linking Motion & Control... The Tuthill Solution