asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.

asymmetric
Bolts with an asymmetric thread are used for conrods made of steel or titanium, which require a high bolt tightening torque. The difference between thread angles is 5°. In comparison to a symmetric thread with the same bolt’s geometry an asymmetric thread reaches a higher fatigue endurance limit. This derives from a changed loading / tension distribution.