WRE100
NKE

WRE100

  • Inner Ø
    95.9 mm / 3.74 in
  • Outer Ø
    107.5 mm / 4.213 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.06 kg / 0.13 lb
WRE100
NKE

WRE100

  • Inner Ø
    95.9 mm / 3.74 in
  • Outer Ø
    107.5 mm / 4.213 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.06 kg / 0.13 lb
WRE115
NKE

WRE115

  • Inner Ø
    110.4 mm / 4.331 in
  • Outer Ø
    122 mm / 4.803 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.08 kg / 0.18 lb
WRE115
NKE

WRE115

  • Inner Ø
    110.4 mm / 4.331 in
  • Outer Ø
    122 mm / 4.803 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.08 kg / 0.18 lb
WRE125
NKE

WRE125

  • Inner Ø
    120.1 mm / 4.724 in
  • Outer Ø
    135.1 mm / 5.315 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.05 kg / 0.11 lb
WRE125
NKE

WRE125

  • Inner Ø
    120.1 mm / 4.724 in
  • Outer Ø
    135.1 mm / 5.315 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.05 kg / 0.11 lb
WRE130
NKE

WRE130

  • Inner Ø
    124.9 mm / 4.882 in
  • Outer Ø
    139.9 mm / 5.472 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.1 kg / 0.22 lb
WRE130
NKE

WRE130

  • Inner Ø
    124.9 mm / 4.882 in
  • Outer Ø
    139.9 mm / 5.472 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.1 kg / 0.22 lb
WRE145
NKE

WRE145

  • Inner Ø
    139.8 mm / 5.472 in
  • Outer Ø
    154.8 mm / 6.063 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.12 kg / 0.27 lb
WRE145
NKE

WRE145

  • Inner Ø
    139.8 mm / 5.472 in
  • Outer Ø
    154.8 mm / 6.063 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.12 kg / 0.27 lb
WRE150
NKE

WRE150

  • Inner Ø
    144.4 mm / 5.669 in
  • Outer Ø
    159.4 mm / 6.26 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.14 kg / 0.31 lb
WRE150
NKE

WRE150

  • Inner Ø
    144.4 mm / 5.669 in
  • Outer Ø
    159.4 mm / 6.26 in
  • Width
    2.5 mm / 0.079 in
  • Weight
    0.14 kg / 0.31 lb

Snap ring

A snap ring, also known as a circlip, is a thin, typically disc-shaped component manufactured from high-quality spring steel.

NKE Snap Rings are high-precision, multifunctional retaining components designed to securely lock bearings in place within mechanical assemblies. Snap Rings function by capturing the bearing within a machined groove on a shaft or in a housing bore. The snap ring's inner and outer edges are designed to elastically deform during installation, allowing it to snap into the groove. Once in place, the inherent spring tension of the ring exerts a continuous force against the bearing and the groove, preventing the bearing from moving axially. This secure fit ensures 

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