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O-rings Viton cross section Ø 4mm

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Details
  • Very high temperature and chemical resistance
  • Good resistance to ageing and ozone
Application range
  • Static and dynamic seal
  • Vacuum applications
Properties
Precision O ring
Technical info
Caution: Viton is not suitable for brake fluid
Benefits
  • Wide range of applications
  • Longer service life
Product
Unit

Thickness

d2

Inside diameter

d1

Hardness (°Sh)

Material

Min working temperature

Max working temperature

DIN standard

Content in sale unit

Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
74
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
75
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
76
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
78
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
80
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
81
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
82
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
83
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
84
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
85
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
88
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
89
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
90
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
92
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
93
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
95
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
98
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
100
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
102
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
104
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
105
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
108
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
110
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
112
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
115
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
118
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
120
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
122
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
126
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
128
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
135
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
136
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
140
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
145
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
150
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
155
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
185
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
192
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
200
75
Kramp
Thickness (millimetre)
Inside diameter (millimetre)
Hardness (°Sh)
4
210
75